CN209078892U - Die-cutting machine material-receiving device and die-cutting machine tool apron - Google Patents
Die-cutting machine material-receiving device and die-cutting machine tool apron Download PDFInfo
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- CN209078892U CN209078892U CN201821572545.XU CN201821572545U CN209078892U CN 209078892 U CN209078892 U CN 209078892U CN 201821572545 U CN201821572545 U CN 201821572545U CN 209078892 U CN209078892 U CN 209078892U
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Abstract
The utility model relates to pack die cutting technique field, a kind of die-cutting machine material-receiving device and die-cutting machine tool apron are disclosed.Die-cutting machine material-receiving device includes two support components being oppositely arranged and the smooth roll component and rubber roll component that are set between two support components；Support component includes smooth roll fixed plate, rubber roller adjustable plate, pulling plate and gap adjustment component；One end of the end connection smooth roll fixed plate of the side of smooth roll component, one end of the other end connection pulling plate of smooth roll fixed plate, one end of the hinged rubber roller adjustable plate of the other end of pulling plate, the end of the side of the other end connection rubber roll component of rubber roller adjustable plate；Smooth roll fixed plate and rubber roller adjustable plate are separately connected gap adjustment component, and gap adjustment component is for adjusting the distance between rubber roll component and smooth roll component.The apparatus structure is simple, easy to adjust, flexible for installation, can satisfy the materiel machining of different-thickness, can be adapted for a variety of cross cutting occasions.
Description
Technical field
The utility model relates to pack die cutting technique field, more particularly to a kind of die-cutting machine material-receiving device and die cutting machine tool
Seat.
Background technique
With the continuous development of packages printing technology, die cutting technique is also being continuously updated the replacement in post-press finishing.Dise knife
Die-cutting machine is also increasingly taken seriously as high efficiency a kind of in cross cutting industry, high-precision die-cutting device.It is with hobboing cutter
Form continuous rotation carries out cross cutting processing, can be completed to the compound of multilayer material and processing in a technical process, be mould
Cut one of highest machine of production efficiency in machine.
Currently, dise knife die-cutting machine can cut the materials such as protective film, release paper, double-sided adhesive and foam, it is widely used in electricity
In the process such as sub- product, food packaging and medical product.For dise knife die-cutting machine relative to flat cutter die-cutting machine, speed is fast, efficiency
Height can be realized complicated technology and automatic waste discharge.Generally, during cutting material, the bottom of material needs dise knife die-cutting machine
Additional layer bottom material, cutting products are attached on bottom material after waste discharge.The addition of bottom material carry out product can using dise knife in fact
Continuous cutting, but be unfavorable for product and reprocessed；The addition of bottom material simultaneously, it is desirable that equipment increases more gas expansion shafts, increases
The input cost of equipment.
Utility model content
(1) technical problems to be solved
A kind of the purpose of the utility model is to provide structures die-cutting machine material-receiving device simple, easy to adjust, it is existing to solve
The problem of some dise knife die-cutting machines need to pull bottom material, the product of cutting is easy to fall off.
The another object of the utility model is to provide a kind of die-cutting machine tool apron including above-mentioned die-cutting machine material-receiving device, to mention
Height cross cutting efficiency reduces cost.
(2) technical solution
In order to solve the above technical problems, the utility model provides a kind of die-cutting machine material-receiving device, including be oppositely arranged two
A support component and the smooth roll component and rubber roll component being set between two support components；The support component includes
Smooth roll fixed plate, rubber roller adjustable plate, pulling plate and gap adjustment component；The end of the side of the smooth roll component connects the smooth roll
One end of fixed plate, the other end of the smooth roll fixed plate connect one end of the pulling plate, the hinged institute of the other end of the pulling plate
One end of rubber roller adjustable plate is stated, the other end of the rubber roller adjustable plate connects the end of the side of the rubber roll component；The light
Roller fixed plate and the rubber roller adjustable plate are separately connected the gap adjustment component, and the gap adjustment component is described for adjusting
The distance between rubber roll component and the smooth roll component.
Wherein, the gap adjustment component includes sliding sleeve, adjusts bolt and elastic element；The sliding sleeve is mounted slidably
In the rubber roller adjustable plate, the adjusting bolt passes through the sliding sleeve and is connected to the smooth roll fixed plate；The elastic element
One end abut the adjusting bolt, the other end of the elastic element abuts the sliding sleeve.
Wherein, circular hole and at least one slotted hole are provided on the pulling plate, the pulling plate is connected by the slotted hole
In the smooth roll fixed plate, the pulling plate is articulated with the rubber roller adjustable plate by the circular hole.
Wherein, the position for each slotted hole being corresponded in the smooth roll fixed plate is provided with multiple wire holes.
It wherein, further include locating piece for connecting die-cutting machine tool apron, the locating piece is connected to the smooth roll fixed plate.
Wherein, multiple location holes are provided on the locating piece.
Wherein, the groove for installing the pulling plate is provided on the smooth roll fixed plate and the rubber roller adjustable plate,
So that the surface of the side on the smooth roll fixed plate, the pulling plate and the rubber roller adjustable plate close to the rubber roll component is equal
It is generally aligned in the same plane.
Wherein, the rubber roll component includes rubber roller, cot mandrel, top roller bearing and rubber roller retaining ring；The cot mandrel
Both ends connect the rubber roller adjustable plate, and the rubber roller is slidably socketed on the outside of the cot mandrel by the top roller bearing, institute
It states rubber roller retaining ring to be fixedly attached on the cot mandrel, to limit the axial position of the top roller bearing；
The smooth roll component includes smooth roll, smooth roll mandrel, smooth roll bearing and smooth roll retaining ring；The both ends of the smooth roll mandrel connect
The smooth roll adjustable plate is connect, the smooth roll is slidably socketed on the outside of the smooth roll mandrel by the smooth roll bearing, the smooth roll
Retaining ring is fixedly attached on the smooth roll mandrel, to limit the axial position of the smooth roll bearing.
The utility model also provides a kind of die-cutting machine tool apron including above-mentioned die-cutting machine material-receiving device, the smooth roll fixed plate
Connect the die-cutting machine tool apron.
(3) beneficial effect
Compared with prior art, the utility model has the advantage that
A kind of die-cutting machine material-receiving device provided by the utility model realizes smooth roll component and rubber roller by gap adjustment component
Gap between component is adjustable, clamps the material web being located in gap always, completes splicing technique.The apparatus structure is simple,
It is easy to adjust, it is flexible for installation, it can satisfy the materiel machining of different-thickness, can be adapted for a variety of cross cutting occasions.
A kind of die-cutting machine tool apron provided by the utility model, die-cutting machine material-receiving device is closer from mold cutter, makes product
Without pulling bottom material, can directly be cut, and after having cut product can be directly entered die-cutting machine material-receiving device without
As for falling off, hence into next processing link.Cutting technique is simplified to a certain extent, reduces the need of gas expansion shaft
It asks, reduces the production investment of die-cutting device.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of one of the utility model embodiment die-cutting machine material-receiving device；
Fig. 2 is the structural schematic diagram of the first smooth roll fixed plate in Fig. 1；
Fig. 3 is the first rubber roller adjustable plate structural schematic diagram in Fig. 1；
Fig. 4 is the first pulling plate structure schematic diagram in Fig. 1；
Fig. 5 is the scheme of installation of one of the utility model embodiment die-cutting machine tool apron；
Fig. 6 is usage mode schematic diagram of the utility model embodiment on die-cutting machine；
Description of symbols:
1: the first support component；11: the first smooth roll fixed plates；111: adjusting bolt fixing hole；
112: the first grooves；113: smooth roll component mounting hole；114: the first pulling plate fixation holes；
115: the first smooth roll fixed plate mounting holes；12: the first pulling plates；
121: the first pulling plate mounting holes；122: the first rubber roller adjustable plate mounting holes；
13: the first rubber roller adjustable plates；131: sliding sleeve mounting hole；132: the second grooves；
133: rubber roll component mounting hole；134: the first rubber roller adjustable plate fixation holes；
14: the first gap adjustment components；141: sliding sleeve；142: spring；
143: adjusting bolt；15: the first locating pieces；151: location hole；
152: the first locating piece mounting holes；2: the second support components；21: the second smooth roll fixed plates；
22: the second pulling plates；23: the second rubber roller adjustable plates；24: the second gap adjustment components；
25: the second locating pieces；3: smooth roll component；31: smooth roll；
32: smooth roll mandrel；33: smooth roll bearing；34: smooth roll retaining ring；
4: rubber roll component；41: rubber roller；42: cot mandrel；
43: top roller bearing；44: rubber roller retaining ring；5: die-cutting machine tool apron；
51: mold cutter；52: cross cutting smooth roll；531: the first knife plates；
532: the second knife plates；6: first material band；61: first material volume；
7: second material band；71: second material volume；8: third material web；
81: third material volume；9: help roll；10: die cutting qualified ratio.
Specific embodiment
To keep the purposes, technical schemes and advantages of utility model clearer, below in conjunction with the drawings and specific embodiments,
Technical solution in utility model is explicitly described.Obviously, described embodiment is that utility model a part is implemented
Example, instead of all the embodiments.Based on the embodiment in utility model, those of ordinary skill in the art are not making creation
Property labour under the premise of every other embodiment obtained, belong to the range of utility model protection.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " first "
" second " " third " etc. is the number in order to clearly illustrate product component progress, does not represent any essential distinction.Term " head
Routine be subject to product structure cognition in portion " " tail portion ".Direction shown in attached drawing is subject in "upper" "lower" " left side " " right side ".For
For those skilled in the art, can understand as the case may be above-mentioned term in the present invention specifically contain
Justice.
It should be noted that unless otherwise clearly defined and limited, term " connection " shall be understood in a broad sense, for example, can
To be to be fixedly connected, may be a detachable connection, or be integrally connected；It can be directly connected, intermediate matchmaker can also be passed through
Jie is indirectly connected.For the ordinary skill in the art, it can understand above-mentioned term in utility model with concrete condition
Concrete meaning.
Fig. 1 is the structural schematic diagram of one of the utility model embodiment die-cutting machine material-receiving device, as shown in Figure 1, this
Die-cutting machine material-receiving device in embodiment is the first support component 1 and second respectively including two support components being oppositely arranged
Support component 2.It further include the smooth roll component 3 and rubber roll component 4 being set between the first support component 1 and the second support component 2,
Smooth roll component 3 and rubber roll component 4 are parallel to each other, and perpendicular to the first support component 1 and the second support component 2.
First support component 1 is identical with the composed structure of the second support component 2, as shown in Figure 1, the first support component 1
In the left side of rubber roll component 4, the second support component 2 is located at the right side of rubber roll component 4.Specifically, the first support component 1 includes the
One smooth roll fixed plate 11, the first rubber roller adjustable plate 13, the first pulling plate 12 and the first gap adjustment component 14.A left side for smooth roll component 3
The end of side passes sequentially through the first smooth roll fixed plate 11, the first pulling plate 12 and the first rubber roller adjustable plate 13 and is connected to rubber roll component 4
Left side end.First smooth roll fixed plate 11, the first pulling plate 12 and the first rubber roller adjustable plate 13 are in U-shape connection, the first smooth roll
Fixed plate 11 is parallel with the first rubber roller adjustable plate 13, and smooth roll component 3 and rubber roll component 4 are connected at two endpoints of U-shaped.
Smooth roll component 3, the first smooth roll fixed plate 11 and the first pulling plate 12 are vertical two-by-two, and are located at different planes.
Similarly, the second support component 2 includes the second smooth roll fixed plate 21, the second rubber roller adjustable plate 23, the second pulling plate 22
With the second gap adjustment component 24.The end on the right side of smooth roll component 3 passes sequentially through the second smooth roll fixed plate 21, the second pulling plate 22
The end on the right side of rubber roll component 4 is connected to the second rubber roller adjustable plate 23.Second smooth roll fixed plate 21, the second pulling plate 22 and
Two rubber roller adjustable plates 23 are in U-shape connection, and the second smooth roll fixed plate 21 is parallel with the second rubber roller adjustable plate 23, smooth roll component 3 and glue
Roll assembly 4 is connected at two endpoints of U-shaped.Smooth roll component 3, the second smooth roll fixed plate 21 and the second pulling plate 22 hang down two-by-two
Directly, and it is located at different planes.First smooth roll fixed plate 11, the second smooth roll fixed plate 21 are generally aligned in the same plane with smooth roll component 3,
First rubber roller adjustable plate 13, the second rubber roller adjustable plate 23 are generally aligned in the same plane with rubber roll component 4.
Further, hinged between the first pulling plate 12 and the first rubber roller adjustable plate 13, i.e., the first rubber roller adjustable plate 13 can
To drive rubber roll component 4 to rotate around hinged position, the space change between rubber roll component 4 and smooth roll component 3 may be implemented.Together
When, the first smooth roll fixed plate 11 and the first rubber roller adjustable plate 13 are separately connected the first gap adjustment component 14, in the first gap tune
Under the action of saving component 14, smooth roll component 3 and rubber roll component 4 are in clamped condition always.Utilize the first gap adjustment component 14
Not only material web can be made to pass through from smooth roll component 3 and rubber roll component 4, but also material web can be clamped, and avoid falling off for material.
A kind of die-cutting machine material-receiving device provided in this embodiment realizes smooth roll component and rubber roller group by gap adjustment component
Gap between part is adjustable, clamps the material web being located in gap always, completes splicing technique.The apparatus structure is simple, adjusts
Section is convenient, flexible for installation, can satisfy the materiel machining of different-thickness, can be adapted for a variety of cross cutting occasions.
Further, as shown in Figure 1, by taking the first gap adjustment component 14 as an example, the first gap adjustment component 14 includes sliding
Set 141 adjusts bolt 143 and elastic element, it is preferable that elastic element is spring 142.Sliding sleeve 141 is slidably disposed on
In one rubber roller adjustable plate 13.Specifically, as shown in figure 3, opening up sliding sleeve mounting hole 131 in the first rubber roller adjustable plate 13, which is
Oval countersunk head through-hole, sliding sleeve 141 are connected on the inner convex platform of sliding sleeve mounting hole 131.Bolt 143 is adjusted to connect across sliding sleeve 141
To the first smooth roll fixed plate 11, as shown in Fig. 2, the position for corresponding to sliding sleeve mounting hole 131 in the first smooth roll fixed plate 11 is equipped with and adjusts
Bolt fixing hole 111 is saved, which is oval blind hole, and multiple wire holes are arranged on the bottom of oval blind hole, is adjusted for being threadedly coupled
The tail portion for saving bolt 143, fixes it.One end of spring 142 abuts the head for adjusting bolt 143, and the other end of spring 142 supports
Sliding sleeve 141 is connect, using the elastic compression sliding sleeve 141 of spring 142, and then the first rubber roller adjustable plate 13 is pressed on the first smooth roll and is consolidated
On fixed board 11.Second gap adjustment component 24 and the first gap adjustment component 14, details are not described herein.
The all parts of support component are specifically described by taking the first support component 1 as an example below, Fig. 2, Fig. 3 and Fig. 4 distinguish table
The structural schematic diagram of the first smooth roll fixed plate 11, the first rubber roller adjustable plate 13 and the first pulling plate 12 is shown.
As shown in Figure 4, it is preferable that the first pulling plate 12 is rectangular slab, and four corner angle are processed into chamfering.On the first pulling plate 12
Two slotted holes and a circular hole are set, which is countersunk head through-hole, is used as the first pulling plate mounting hole 121；The circular hole is also
Countersunk head through-hole is used as the first rubber roller adjustable plate mounting hole 122.First pulling plate 12 passes through the first pulling plate mounting hole 121 connection first
Smooth roll fixed plate 11, slotted hole are used to adjust the relative position of rubber roll component 4 and smooth roll component 3 to meet different technique need
It asks.For first pulling plate 12 by the hinged first rubber roller adjustable plate 13 of the first rubber roller adjustable plate mounting hole 122, circular hole can realize the first glue
The rotation demand of roller adjustable plate 13.
As shown in Fig. 2, first bachelor's fixed plate 11 is L shaped plate with groove, it is horizontal including a vertical long rectangular plate and one
To short rectangular slab.In the long rectangular plate of first bachelor's fixed plate 11, the position of corresponding each first pulling plate mounting hole 121 is equal
Multiple wire holes are provided with, are used as the first pulling plate fixation hole 114, specific quantity is determined according to the size of slotted hole, with two in Fig. 2
For a.Fillet is processed into the upper end of the long rectangular plate of first bachelor's fixed plate 11, and smooth roll component mounting hole 113 is arranged, with
Smooth roll component 3 connects.First smooth roll fixed plate mounting hole 115 is set on the short rectangular slab of first bachelor's fixed plate 11, specifically
Quantity is determined according to size adjustable on locating piece, in figure for two.Chamfering is processed into the corner of short rectangular slab, is convenient for
Assembly.The first groove 112 in first bachelor's fixed plate 11, size are matched with the size of the first pulling plate 12, for positioning peace
The first pulling plate 12 is filled, so that close to a side surface of the rubber roll component 4 on first bachelor's fixed plate 11 and the first pulling plate 12
It is respectively positioned on same plane, avoids the conveying for influencing material web, the width range of material web can be transmitted by improving device.
As shown in figure 3, the first rubber roller adjustable plate 13 is rectangular slab with groove, top and bottom are processed into fillet.?
Rubber roll component mounting hole 133 is arranged in upper end, connect with rubber roll component 4.Wire hole is set in lower end, it is solid to be used as the first rubber roller adjustable plate
Determine hole 134, is connect with the first pulling plate 12.The second groove 132 on first rubber roller adjustable plate 13, size are big with the first pulling plate 12
It is small to match, it is used for the first pulling plate of location and installation 12, so that close to described on the first rubber roller adjustable plate 13 and the first pulling plate 12
One side surface of rubber roll component 4 is respectively positioned on same plane, avoids the conveying for influencing material web, and material web can be transmitted by improving device
Width range.
Further, as shown in Figure 1 and Figure 5, the first support component 1 further includes be connected to the first smooth roll fixed plate 11
A positioning block 15, the second support component 2 further include the second locating piece 25 for being connected to the second smooth roll fixed plate 21.First locating piece
15 and second locating piece 25 for connecting die-cutting machine tool apron 5.First locating piece 15 in left side passes through the first locating piece mounting hole 152
It is mounted on first knife plate 531 in 5 left side of die-cutting machine tool apron, second locating piece 25 on right side passes through the second locating piece mounting hole
(not shown) is mounted on second knife plate 532 on 5 right side of die-cutting machine tool apron.It may be implemented pair by the mounting hole of locating piece
Installation site of the material-receiving device on die-cutting machine carries out coarse adjustment.
Further, multiple location holes are set on the side surface that the first locating piece 15 is connect with the first smooth roll fixed plate 11
151, the second locating piece 25 is similarly.By selecting suitable location hole, by the opposite position for changing smooth roll fixed plate and locating piece
It sets, and then fine tuning is carried out to the installation site of smooth roll component and rubber roll component on die-cutting machine.
Further, as shown in Figure 1, rubber roll component 4 includes rubber roller 41, cot mandrel 42, top roller bearing 43 and rubber roller gear
Circle 44.The left end of cot mandrel 42 is fixedly connected with the first rubber roller adjustable plate 13, and right end is fixedly connected with the second rubber roller adjustable plate 23.Glue
Roller 41 is slidably socketed by top roller bearing 43 in 42 outside of cot mandrel, thus can be relatively rotated with cot mandrel 42.
It recycles the rubber roller retaining ring 44 of elasticity to fix rubber roller 41, avoids moving left and right.Similarly, smooth roll component 3 includes smooth roll 31, light
Roller core shaft 32, smooth roll bearing 33 and smooth roll retaining ring 34.The left end of smooth roll mandrel 32 is fixedly connected with the first smooth roll fixed plate 11, right end
It is fixedly connected with the second smooth roll fixed plate 21.Smooth roll 31 is slidably socketed by smooth roll bearing 33 in 32 outside of smooth roll mandrel, thus can
To relatively rotate with smooth roll mandrel 32.It recycles the smooth roll retaining ring 34 of elasticity to fix smooth roll 31, avoids moving left and right.
The installation method between each component is specifically described below.
Firstly, each component assembling of smooth roll component 3 and rubber roll component 4 is good.Smooth roll 31 passes through 33 sliding sleeve of smooth roll bearing
It connects in 32 outside of smooth roll mandrel, thus can relatively rotate with smooth roll mandrel 32.Recycle the smooth roll retaining ring 34 of elasticity solid
Surely smooth roll 31 is lived, avoids moving left and right.Rubber roller 41 is slidably socketed by top roller bearing 43 in the outside of cot mandrel 42, thus can be with
It relatively rotates with cot mandrel 42.It recycles the rubber roller retaining ring 44 of elasticity to fix rubber roller 41, avoids moving left and right.
Then, the first support component 1 and the second support component 2 are assembled, the assembly method of the two is the same, herein with first
For the assembling process of support component 1.First the first smooth roll fixed plate mounting hole 115 in the first smooth roll fixed plate 11 is determined with first
Location hole 151 on the block 15 of position is aligned, and is fixedly connected with the bolt of M6 × 12.
The first pulling plate on the first pulling plate fixation hole 114 and the first pulling plate 12 in the first smooth roll fixed plate 11 is installed again
Hole 121 (slotted hole) alignment, is fixedly connected with the bolt of M6 × 12.Then by the first rubber roller tune on the first rubber roller adjustable plate 13
Section plate fixation hole 134 is aligned with the first rubber roller adjustable plate mounting hole 122 (circular hole) on the first pulling plate 12, first loads onto pressing sleeve, then
To can be rotated between the first rubber roller adjustable plate 13 and the first pulling plate 12 using the elasticity of pressing sleeve with the bolt connection of M6 × 12.
First gap adjustment component 14 is then installed, sliding sleeve 141 is packed into the sliding sleeve on the first rubber roller adjustable plate 13 and is installed
In hole 131, then by spring 142 and gasket cover adjust bolt 143 on, and abut adjust bolt 143 head.Preferably,
Adjust the stay bolt that bolt 143 selects M6 × 40.Then the tailing screw flight for adjusting bolt 143 is sequentially passed through into sliding sleeve 141, first
Rubber roller adjustable plate 13 is connected in the adjusting bolt fixing hole 111 in the first smooth roll fixed plate 11.Spring 142 is preferably highly
20mm, screw pitch are the pressure spring of 2.1mm, and spring 142 is pressed on to the side of the first rubber roller adjustable plate 13 by adjusting bolt 143,
When guaranteeing cutting products filling simultaneously, spring can further compress.
Finally smooth roll component 3, rubber roll component 4 and the first support component 1 assembled and the second support component 2 are connected.
The left end of smooth roll mandrel 32 is fixedly connected with the first smooth roll fixed plate 11, and right end is fixedly connected with the second smooth roll fixed plate 21.Rubber roller core
The left end of axis 42 is fixedly connected with the first rubber roller adjustable plate 13, and right end is fixedly connected with the second rubber roller adjustable plate 23.So far the present embodiment
Die-cutting machine material-receiving device assemble complete.
As shown in Figure 5 and Figure 6, the utility model embodiment also provides a kind of die-cutting machine tool apron 5, and smooth roll fixed plate connects mould
Cut machine knife seat 5.On die-cutting machine tool apron 5, it is sequentially installed with mold cutter 51, cross cutting smooth roll 52 and above-mentioned mould from top to bottom
Machine material-receiving device is cut, die-cutting machine material-receiving device is installed on mold cutter 51 and is die cut in the gap of the side of smooth roll 52.Such as Fig. 6 institute
Show, mold cutter 51 is for winding conveying first material band 6 between rubber roll component 4 and smooth roll component 3.Cross cutting smooth roll 52 is used for
Winding conveying second material band 7 is between rubber roll component 4 and smooth roll component 3, and second material band 7 is located at first material band 6
Downside.Rubber roll component 4 is for winding conveying third material web 8 between rubber roll component 4 and smooth roll component 3, and third material web 8
Positioned at the upside of first material band 6.Rubber roll component 4 closes up with smooth roll component 3, for clamping first material band 6, second material band
7 and third material web 8.
Next installation process of the die-cutting machine material-receiving device on die-cutting machine tool apron 5 is specifically described.
First according to the position of mold cutter 51 and cross cutting smooth roll 52, by the first locating piece mounting hole on the first locating piece 15
152 are aligned with mounting hole suitable on the first knife plate 531, are fixedly connected with bolt, similarly, by the second locating piece 25
Two locating piece mounting holes are aligned with mounting hole suitable on the second knife plate 532, are fixedly connected with bolt, so that 3 He of smooth roll component
Rubber roll component 4 is located at substantially suitable position.
Then, further according to the thickness of material web, position of the first smooth roll fixed plate 11 on the first locating piece 15 is adjusted, with
And second position of the smooth roll fixed plate 21 on the second locating piece 25.Further, it if material tape thickness is larger, can also adjust
It the relative position for saving the first pulling plate 12 and the first smooth roll fixed plate 11 can be with by connecting different the first pulling plate fixation hole 114
The relative position of smooth roll component 3 and rubber roll component 4 is adjusted, can be staggered a certain distance.So far the present embodiment is in die cutting machine tool
The assembly of seat 5 is completed.
Fig. 6 is usage mode schematic diagram of the utility model embodiment on die-cutting machine, and first material band 6 is cutting products
Original material strip, first pass through first material volume and 61 unreel to die-cutting machine tool apron 5, be directly cut by mold cutter 51 single
Product, the product of cutting enter between the smooth roll component 3 of die-cutting machine material-receiving device and rubber roll component 4.Then second material band 7 passes through
It crosses second material volume 71 to unreel to die-cutting machine tool apron 5, help roll 9 is delivered to by cross cutting smooth roll 52, then be delivered to smooth roll component 3
Between rubber roll component 4, the bottom surface filler of the product as cutting.Then third material web 8 is straight by third material volume 81
It connects and unreels between smooth roll component 3 and rubber roll component 4, be covered on the upper surface of the product of cutting.Die cutting qualified ratio 10 is ultimately produced,
It is fed directly to packaging or other processes in next step.
It can be seen from the above embodiments that, die-cutting machine material-receiving device provided by the utility model includes two be oppositely arranged
A support component and the smooth roll component and rubber roll component being set between two support components；Support component includes that smooth roll is fixed
Plate, rubber roller adjustable plate, pulling plate and gap adjustment component；The end of the either side of smooth roll component passes sequentially through smooth roll fixed plate, draws
Plate and rubber roller adjustable plate are connected to the end of the same side of rubber roll component；Wherein, hinged between pulling plate and rubber roller adjustable plate；Smooth roll
Fixed plate and rubber roller adjustable plate are separately connected gap adjustment component.Smooth roll component and rubber roll component are realized by gap adjustment component
Between gap it is adjustable, clamp the material web being located in gap always, complete splicing technique.The apparatus structure is simple, adjusts
It is convenient, it is flexible for installation, it can satisfy the materiel machining of different-thickness, can be adapted for a variety of cross cutting occasions.
Die-cutting machine tool apron provided in this embodiment, the die-cutting machine material-receiving device installed on die-cutting machine tool apron is from mold cutter
It is closer, cut product, without pulling bottom material, can directly, and having cut rear product can be straight on die-cutting machine tool apron
It taps into die-cutting machine material-receiving device and is unlikely to fall off, hence into next processing link.It simplifies and cuts to a certain extent
Technique is cut, the demand of gas expansion shaft is reduced, reduces the production investment of die-cutting device.
Finally, it should be noted that above embodiments are only to illustrate the technical solution of the utility model, rather than its limitations；
Although the utility model is described in detail with reference to the foregoing embodiments, those skilled in the art should understand that:
It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc.
With replacement；And these are modified or replaceed, various embodiments of the utility model technology that it does not separate the essence of the corresponding technical solution
The spirit and scope of scheme.
Claims (9)
1. a kind of die-cutting machine material-receiving device, which is characterized in that including two support components being oppositely arranged and be set to two
Smooth roll component and rubber roll component between the support component；
The support component includes smooth roll fixed plate, rubber roller adjustable plate, pulling plate and gap adjustment component；
The end of the side of the smooth roll component connects one end of the smooth roll fixed plate, and the other end of the smooth roll fixed plate connects
Connect one end of the pulling plate, one end of the hinged rubber roller adjustable plate of the other end of the pulling plate, the rubber roller adjustable plate it is another
One end connects the end of the side of the rubber roll component；The smooth roll fixed plate and the rubber roller adjustable plate be separately connected it is described between
Gap adjusts component, and the gap adjustment component is for adjusting the distance between the rubber roll component and the smooth roll component.
2. die-cutting machine material-receiving device according to claim 1, which is characterized in that the gap adjustment component include sliding sleeve,
Adjust bolt and elastic element；The sliding sleeve is slidably disposed in the rubber roller adjustable plate, and the adjusting bolt passes through institute
It states sliding sleeve and is connected to the smooth roll fixed plate；One end of the elastic element abuts the adjusting bolt, the elastic element
The other end abuts the sliding sleeve.
3. die-cutting machine material-receiving device according to claim 1, which is characterized in that be provided with circular hole and at least on the pulling plate
One slotted hole, the pulling plate are connected to the smooth roll fixed plate by the slotted hole, and the pulling plate is cut with scissors by the circular hole
It is connected to the rubber roller adjustable plate.
4. die-cutting machine material-receiving device according to claim 3, which is characterized in that correspond to each institute in the smooth roll fixed plate
The position for stating slotted hole is provided with multiple wire holes.
5. die-cutting machine material-receiving device according to claim 1, which is characterized in that further include for connecting die-cutting machine tool apron
Locating piece, the locating piece are connected to the smooth roll fixed plate.
6. die-cutting machine material-receiving device according to claim 5, which is characterized in that be provided with multiple positioning on the locating piece
Hole.
7. die-cutting machine material-receiving device according to claim 1, which is characterized in that the smooth roll fixed plate and the rubber roller tune
The groove for installing the pulling plate is provided on section plate, so that the smooth roll fixed plate, the pulling plate and the rubber roller
The surface of side on adjustable plate close to the rubber roll component is respectively positioned on same plane.
8. die-cutting machine material-receiving device according to claim 1, which is characterized in that the rubber roll component includes rubber roller, rubber roller
Mandrel, top roller bearing and rubber roller retaining ring；The end of the cot mandrel connects the rubber roller adjustable plate, and the rubber roller passes through described
Top roller bearing is slidably socketed on the outside of the cot mandrel, and the rubber roller retaining ring is fixedly attached on the cot mandrel, with limit
Make the axial position of the top roller bearing；
The smooth roll component includes smooth roll, smooth roll mandrel, smooth roll bearing and smooth roll retaining ring；The end of the smooth roll mandrel connects institute
Smooth roll adjustable plate is stated, the smooth roll is slidably socketed on the outside of the smooth roll mandrel by the smooth roll bearing, the smooth roll retaining ring
It is fixedly attached on the smooth roll mandrel, to limit the axial position of the smooth roll bearing.
9. a kind of die-cutting machine tool apron including die-cutting machine material-receiving device described in any item of the claim 1 to 8, feature exist
In the smooth roll fixed plate connects the die-cutting machine tool apron.
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| CN201821572545.XU CN209078892U (en) | 2018-09-26 | 2018-09-26 | Die-cutting machine material-receiving device and die-cutting machine tool apron |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110641181A (en) * | 2019-11-04 | 2020-01-03 | 义乌联动机械股份有限公司 | Single-group flat sewing machine |
| CN110843027A (en) * | 2019-11-27 | 2020-02-28 | 北京中鼎高科自动化技术有限公司 | Die cutting smooth roll device for radial clearance compensation |
-
2018
- 2018-09-26 CN CN201821572545.XU patent/CN209078892U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110641181A (en) * | 2019-11-04 | 2020-01-03 | 义乌联动机械股份有限公司 | Single-group flat sewing machine |
| CN110843027A (en) * | 2019-11-27 | 2020-02-28 | 北京中鼎高科自动化技术有限公司 | Die cutting smooth roll device for radial clearance compensation |
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