CN207606915U - A kind of die-cutting machine integrated knife seat and die-cutting machine - Google Patents
A kind of die-cutting machine integrated knife seat and die-cutting machine Download PDFInfo
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- CN207606915U CN207606915U CN201721591556.8U CN201721591556U CN207606915U CN 207606915 U CN207606915 U CN 207606915U CN 201721591556 U CN201721591556 U CN 201721591556U CN 207606915 U CN207606915 U CN 207606915U
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- die
- cutting machine
- axis hole
- roller
- tool apron
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Abstract
The utility model provides a kind of die-cutting machine integrated knife seat and die-cutting machine, and die-cutting machine integrated knife seat includes the tool apron ontology being connected as one by several tool aprons, and tool apron ontology includes pedestal and is arranged in parallel in the inner panel and outside plate of pedestal both sides；It is provided in tool apron body lower part for wearing the several to axis hole of the bottom roller that is mutually parallel between the inner plate and the outer plate；Each pair of axis hole includes the first axis hole and the second axis hole, and the size of the first axis hole is greater than or equal to the size after bottom roller other end installing bearing.Die-cutting machine includes several bottom rollers being mutually parallel and the rubber roller being installed on die-cutting machine integrated knife seat, and the guide roller of installation may be selected.The utility model is ingenious in design, it is simple in structure, existing three rollers production technology is reduced to two roller production technologies, and installation guide roller can be needed according to production technology, the quality of production and production efficiency are improved, is used manpower and material resources sparingly, production cost is reduced, a variety of production technologies are applicable in, are suitable for popularization and application.
Description
Technical field
The utility model is related to die-cutting machine field, a kind of die-cutting machine integrated knife seat and die-cutting machine are concretely related to.
Background technology
Die-cutting machine is also known as numerical control stamping machine, is mainly used for corresponding some nonmetallic materials, adhesive sticker, electronics, mobile phone glue
The cross cutting of pad etc., impression, gold stamping operation, fitting, die-cutting machine utilize die-cutting rule, and the pattern required according to product design is combined into mould
Version is cut, under the action of certain pressure, printed matter or other sheet blanks is rolled and cut in definite shape, is to pack to be processed into after printing
The important equipment of type.
For parallel arrangement on engine base, each bottom roller is installed on each tool apron to several tool aprons of existing die-cutting machine each independently
On.In die-cutting machine assembling process, in order to ensure that separate tool apron is parallel to each other, need to carry out accurate survey in rack
Amount, as to make the tool apron of installation parallel to each other as possible, still, operation one in this way carrys out intricate operation, and two are asked due to the accuracy of measurement
Topic, it is difficult to keep the installation quality of tool apron perfect.
Simultaneously as tool apron inner panel is identical with the axis hole size for being used to install bottom roller on outside plate, when installing bottom roller, elder generation is needed
Bottom roller is tilted so that one end enters axis hole, then the other end is pounded into axis hole, and install bearing, dismantled by installation bearing
Journey is similar, time-consuming and laborious.Since bottom roller inconvenience is installed, if rubber roller is directly engaged with bottom roller, the die-cutting rule on rubber roller
Fragile bottom roller a, it usually needs smooth roll is set between rubber roller and bottom roller, to prevent from frequently replacing bottom roller.It is this to use glue
Three roller production equipments of roller, smooth roll and bottom roller are complicated, are only capable of the more similar production operation of applicable craft, and produced
Product quality waits improving.
Utility model content
One of the purpose of this utility model provides a kind of die-cutting machine integrated knife seat, is torn open with solving inconvenient installation on existing tool apron
Unload bottom roller, and the problem of bottom roller installation quality difference.
The two of the purpose of this utility model are to provide a kind of die-cutting machine, complicated to solve existing die-cutting machine, produce work
Skill problem poor for applicability.
What one of the purpose of this utility model was realized in：
A kind of die-cutting machine integrated knife seat includes that the tool apron ontology constituted is connected as one by several tool aprons, the tool apron sheet
Body includes pedestal and is arranged in parallel in the inner panel and outside plate of the pedestal both sides；
Be provided in the tool apron body lower part it is several to axis hole, the axis hole be used for the inner panel and the outside plate it
Between wear several bottom rollers being mutually parallel；Each axis hole center on the inner panel or the outside plate is located on straight line；
Each pair of axis hole includes the first axis hole being arranged on the outside plate and the second axis being arranged on the inner panel
Hole；First axis hole is arranged for accommodating the first bearing for being set in described bottom roller one end, second axis hole for accommodating
In the second bearing of the bottom roller other end；The size of first bearing is more than second bearing, and the size of the first axis hole is more than or waits
Size after the bottom roller other end installs bearing.
It is also installed with gear in the other end of bottom roller, the size of the first axis hole is greater than or equal to the bottom roller other end and installs bearing
With the size after gear.
Size, the shape of several axis holes on the inner panel or the outside plate are identical.
It is provided between adjacent two tool apron on the tool apron ontology or on the tool apron positioned at both ends for by guide roller
It is parallel to the strip hole that bottom roller is hung between the inner panel and the outside plate.
In the threaded hole of guide roller roll shaft being provided at both ends with axially inwards, locking machine is additionally provided on the roll shaft
Structure, the retaining mechanism include locking locknut and gasket, and the gasket is arranged in the outer of the locking nut and inner panel or outside plate
Between side, the locking nut passes through the gasket and the strip hole and the corresponding threaded holes at roll shaft both ends to close, thus will
Guide roller is fixed in the strip hole.
The tool apron ontology is the integrated knife seat being made of four identical tool aprons.
What the two of the purpose of this utility model were realized in：
A kind of die-cutting machine uses die-cutting machine integrated knife seat above-mentioned.
The die-cutting machine includes the bottom roller and rubber roller being installed on the die-cutting machine integrated knife seat；The bottom roller is through the axis
Hole is arranged on the integrated knife seat；The rubber roller is arranged via junction steel plate in the surface of the bottom roller, and with the bottom
Roller is meshed.
The die-cutting machine further includes several guide rollers, and the guide roller is arranged in the strip hole of integrated knife seat.
The utility model by the way that the parallel tool apron of several fissions is connected as one, and be arranged on tool apron ontology it is several right
Axis hole, and the size of the first axis hole is more than the second axis hole, while the strip for hanging guide roller is set also on tool apron ontology
The depth of parallelism for the bottom roller, guide roller that hole is easily installed, dismantles bottom roller, and installed is good, and existing three rollers production technology is changed
Into for two roller production technologies, and it can need to install guide roller, and installation position of the guide roller in strip hole according to production technology
It sets and height-adjustable.
The utility model is ingenious in design, simple in structure, simplifies production operation technique, improves the quality of production and production is imitated
Rate uses manpower and material resources sparingly, and reduces production cost, is applicable in a variety of production technologies, is suitable for popularization and application.
Description of the drawings
Fig. 1 is the structural schematic diagram using the die-cutting machine of integrated knife seat.
Fig. 2 is the A-A direction views of Fig. 1.
In figure, 1, tool apron ontology, 2, guide roller, 3, rubber roller, 4, bottom roller, 11, outside plate, 12, inner panel, 13, strip hole, 14,
First axis hole, the 15, second axis hole, 21, locking nut, 22, gasket.
Specific implementation mode
The utility model is further elaborated with reference to embodiment, following embodiments only as explanation, not with
Any mode limits the scope of protection of the utility model.
As shown in Figure 1, 2, a kind of die-cutting machine integrated knife seat is connected as one by identical several tool aprons and is formed.Optionally,
Integrated knife seat is by 3 ~ 5, and preferably 4 identical tool aprons are connected as one composition.Die-cutting machine integrated knife seat shown in Fig. 1 is four
Integrated knife seat is connected as one by four identical tool aprons.Also according to actual production technique and needs can be used, be arranged by other
The integrated knife seat of quantity tool apron composition.The die-cutting machine integrated knife seat includes tool apron ontology 1, tool apron ontology 1 include pedestal with it is parallel
Inner panel 12 and outside plate 11 in pedestal both sides is set.
Be provided in the lower part of tool apron ontology 1 it is several to axis hole, to accommodate the bearing at 4 both ends of bottom roller.The both ends of bottom roller 4 point
It is not arranged on the outside plate 11 and inner panel 12 of tool apron ontology 1 through first bearing and second bearing.Each pair of axis hole includes being arranged in knife
First on the outside plate 11 of seat ontology 1 axis hole 14 and the second axis hole 15 for being arranged on the inner panel 12 of tool apron ontology 1, the first axis hole
14 and second axis hole 15 be circular hole, and the center of circle of the two is located on straight line.Preferably, which is and tool apron ontology 1
On inner panel 12 or the vertical horizontal line of outside plate 11, that is, the bottom roller installed is parallel to pedestal.
Four pairs of axis holes shown in Fig. 1 are evenly distributed on 1 lower part of tool apron ontology, and the first axis hole 14 in each pair of axis hole or
The size of second axis hole 15 corresponds to identical.First axis hole 14 in each pair of axis hole, the second axis hole 15 upper edge, lower edge be respectively positioned on it is same
On horizontal line, so that the bottom roller 4 installed through each pair of axis hole is mutually parallel.Preferably, each bottom roller 4 is located in same horizontal line, puts down
Row is in horizontally disposed pedestal.Shape, the size of four the second axis holes 15 on inner panel 12 shown in Fig. 1 are identical, outside plate 12
On four the first axis holes 14 shape, size it is also identical.Certainly, the size of each pair of axis hole also can be different, can be according to production work
Skill needs to install various sizes of bottom roller, only needs to ensure that the center positioned at inner panel 12 or each axis hole on outside plate 11 is located at this time
On same straight line, it is preferably placed in same horizontal line.
First axis hole 14 is sleeved on for accommodating the first bearing for being sleeved on 4 left end of bottom roller, the second axis hole 15 for accommodating
The second bearing of 4 right end of bottom roller.4 right end of bottom roller suit second bearing be with 4 matched standard rolling bearing of bottom roller, in bottom roller
The first bearing of 4 left ends suit is selected and 4 matched large scale bearing of bottom roller.Bottom roller 4 right end can also set gear, should
Gear is between bottom roller 4 and second bearing.The size of first axis hole 14 is more than the second axis hole 15, and the size of the first axis hole 14
With it is equal sized after 4 set gear of bottom roller and/or second bearing.Preferably, the size of the first axis hole 14 is 4 sets of toothings of bottom roller
Full-size after wheel and/or second bearing.
It, can be by 4 right end of bottom roller after set gear and/or second bearing certainly when installing bottom roller 4 using such structure
First axis hole 14 passes through, and second bearing is placed in the second axis hole 15, then again installs first bearing to bottom roller 4, and
It is placed in the first axis hole 14.When dismantling bottom roller 4, first bearing is dismantled from bottom roller 4 first, then by bottom roller 4 it is whole from
It is skidded off in first axis hole 14.By the way that the first axis hole 14 and the second axis hole 15 is arranged, installation or removal bottom roller 4 can be significantly simplified
Operation, avoid the process of the repeated measurement installation site in 4 installation process of bottom roller, installation is simple and fast, time saving and energy saving, and
Precision is high.
A pair of inner panel 12 and outside plate 11 for running through tool apron ontology 1 is provided between adjacent two tool apron on tool apron ontology 1
Strip hole 13, be used to that guide roller 2 to be installed in strip hole 13 when technique needs, and fixed guide roller 2, guide roller 2
It is preferably parallel to bottom roller 4.In addition, can also according to production technology needs, the first tool apron and the second tool apron on tool apron ontology 1
Strip hole 13 is respectively set on free margins, selectively to hang guide roller 2.
Five pairs of strip holes 13 are shown in Fig. 1, shape, size phase of this five pairs of strip holes 13 on inner panel 12 or outside plate 11
Together, it is rectangle like hole, and 13 upper edge of each strip hole, lower edge are located on same horizontal line, the long side of strip hole 13 is mutual
It is parallel, to ensure that each guide roller 2 being fixedly mounted via strip hole 13 is mutually parallel.It is also possible to provide shape, size not phase
Same strip hole, to select different guide rollers 2 in different process section according to the needs of production technology.
In the threaded hole of 2 roll shaft of guide roller being provided at both ends with axially inwards, lock is additionally provided on the roll shaft of guide roller 2
Tight mechanism, guide roller 2 is fixed on tool apron ontology 1.Retaining mechanism includes locking locknut 21 and gasket 22, and gasket 22 is arranged
Between locking nut 21 and the lateral surface of inner panel 12 or outside plate 11, to increase inner panel 12 or outside plate 11 for locking nut 21
Bearing area.Behind the position for adjusting 2 roll shaft of guide roller, locking nut 21 is through gasket 22 and strip hole 13 from inner panel 12 or outside plate
11 lateral surface penetrates, and is matched with the internal thread hole at roll shaft both ends, roll shaft is locked.Guide roller 2 is consolidated using the above structure
It is fixed, the height and installation site that adjust guide roller 2 can be both needed according to technique, and guide roller 2 can also be avoided in the course of work
In, the variation of 2 position of guide roller, influences the normal work of guide roller 2 caused by roll shaft loosens.
The utility model additionally provides a kind of die-cutting machine using the integrated knife seat comprising integrated knife seat, rubber roller 3 and bottom
Roller 4 can also need selectively to hang several guide rollers 2 according to technique.Bottom roller 4 and rubber roller 3 are provided on integrated knife seat,
Middle bottom roller 4 is arranged in the lower part of tool apron ontology 1 and positioned at the top of pedestal, and is arranged in parallel in inner panel 12 and outside plate via axis hole
Between 11.Rubber roller 3 is arranged via junction steel plate in the surface of bottom roller 4, and is meshed with bottom roller 4.Guide roller 2 is mounted on tool apron
In the strip hole 13 of ontology 1, the article to be processed to needs is oriented to, it is made to enter rubber roller with direction at an appropriate angle
Between 3 and bottom roller 4, next step operation is carried out.
When carrying out the assembling of die-cutting machine, the pedestal of integrated knife seat is placed on levels operation platform, is used first aforementioned
Method installs required amount of bottom roller 4 and guide roller 2, then by two pieces of junction steel plates respectively in 4 surface of bottom roller and disjunctor knife
The inner panel 12 of seat is connected with outside plate 11, is provided with to accommodate the through-hole of 3 roll shaft of rubber roller on junction steel plate, by rubber roller 3
Axis is hung in through-holes, is mutually parallel and is located at same vertical flat in the axis of guarantee rubber roller 3 and the intermeshing of bottom roller 4 and the two
Behind face, then use locking mechanism locking that is existing or being previously used for locking guide roller, you can obtain required die-cutting machine.
The die-cutting machine only needs bottom roller 4 and rubber roller 3 to engage, and eliminates the rubber roller being arranged for protection bottom roller 4 in prior art
3, and the depth of parallelism between bottom roller 4 is good, it is easy for assemble or unload, existing three rollers production technology is reduced to two roller production technologies,
The quality of production and production efficiency are improved, is used manpower and material resources sparingly, production cost is reduced；Guide roller 2 can be hung as needed, and is easy
The depth of parallelism between guide roller 2 is controlled, and the mounting height of guide roller 2 can be adjusted in strip hole 13, is applicable in a variety of production works
Skill is suitable for popularization and application.
Claims (9)
1. a kind of die-cutting machine integrated knife seat, which is characterized in that include being connected as one the tool apron ontology constituted, institute by several tool aprons
Tool apron ontology is stated to include pedestal and be arranged in parallel in the inner panel and outside plate of the pedestal both sides；
It is provided in the tool apron body lower part several to axis hole, the axis hole between the inner panel and the outside plate for wearing
If several bottom rollers being mutually parallel；Each axis hole center on the inner panel or the outside plate is located on straight line；
Each pair of axis hole includes the first axis hole being arranged on the outside plate and the second axis hole being arranged on the inner panel；Institute
It states the first axis hole and is set in for receiving described for accommodating the first bearing for being set in described bottom roller one end, second axis hole
The second bearing of the bottom roller other end；The size of first bearing is more than second bearing, and the size of the first axis hole is greater than or equal to bottom roller
The other end installs the size after bearing.
2. die-cutting machine integrated knife seat according to claim 1, which is characterized in that also installed in the other end of bottom roller with teeth
Wheel, the size of the first axis hole are greater than or equal to the size after bottom roller other end installing bearing and gear.
3. die-cutting machine integrated knife seat according to claim 1, which is characterized in that be located on the inner panel or the outside plate
Size, the shape of several axis holes are identical.
4. die-cutting machine integrated knife seat according to claim 1, which is characterized in that adjacent two knife on the tool apron ontology
It is provided between seat or on the tool apron at both ends and is hung on the inner panel and the outside plate for guide roller to be parallel to bottom roller
Between strip hole.
5. die-cutting machine integrated knife seat according to claim 4, which is characterized in that be provided at both ends with edge in guide roller roll shaft
Threaded hole axially inwards is additionally provided with retaining mechanism on the roll shaft, and the retaining mechanism includes locking locknut and gasket,
The gasket is arranged between the locking nut and the lateral surface of inner panel or outside plate, the locking nut pass through the gasket and
The strip hole and the corresponding threaded holes at roll shaft both ends close, to which the guide roller to be fixed in the strip hole.
6. die-cutting machine integrated knife seat according to claim 1, which is characterized in that the tool apron ontology is by four identical knives
Seat is connected as one the integrated knife seat of composition.
7. a kind of die-cutting machine, which is characterized in that using the die-cutting machine integrated knife seat as described in any one of claim 1 ~ 6.
8. die-cutting machine according to claim 7, which is characterized in that the die-cutting machine includes being installed on the die-cutting machine disjunctor
Bottom roller on tool apron and rubber roller；Bottom roller is arranged through the axis hole on the integrated knife seat；Rubber roller is arranged via junction steel plate
The surface of the bottom roller, and be meshed with the bottom roller.
9. die-cutting machine according to claim 8, which is characterized in that adjacent two on the tool apron ontology of die-cutting machine integrated knife seat
It is provided between tool apron or on the tool apron at both ends and is hung on the inner panel and described outer for guide roller to be parallel to bottom roller
Strip hole between plate；The die-cutting machine further includes several guide rollers, and the strip in integrated knife seat is arranged in the guide roller
In hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721591556.8U CN207606915U (en) | 2017-11-24 | 2017-11-24 | A kind of die-cutting machine integrated knife seat and die-cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721591556.8U CN207606915U (en) | 2017-11-24 | 2017-11-24 | A kind of die-cutting machine integrated knife seat and die-cutting machine |
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| Publication Number | Publication Date |
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| CN207606915U true CN207606915U (en) | 2018-07-13 |
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| CN201721591556.8U Active CN207606915U (en) | 2017-11-24 | 2017-11-24 | A kind of die-cutting machine integrated knife seat and die-cutting machine |
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| CN (1) | CN207606915U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108406916A (en) * | 2017-11-24 | 2018-08-17 | 杨庆丰 | A kind of die-cutting machine integrated knife seat and die-cutting machine |
-
2017
- 2017-11-24 CN CN201721591556.8U patent/CN207606915U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108406916A (en) * | 2017-11-24 | 2018-08-17 | 杨庆丰 | A kind of die-cutting machine integrated knife seat and die-cutting machine |
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