CN204622175U - Rotating die cutting device - Google Patents
Rotating die cutting device Download PDFInfo
- Publication number
- CN204622175U CN204622175U CN201520092501.7U CN201520092501U CN204622175U CN 204622175 U CN204622175 U CN 204622175U CN 201520092501 U CN201520092501 U CN 201520092501U CN 204622175 U CN204622175 U CN 204622175U
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- Prior art keywords
- knife rest
- bearing
- roller
- inverted
- frame
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Abstract
The utility model provides a kind of axial float that does when running up back and forth preventing from cutting cutter die roller and bottom roller, improve the rotating die cutting device in service life, comprise knife rest, cut cutter die roller and bottom roller, on two middle side parts of knife rest, upper/lower positions is removable is respectively provided with two top chocks and two steps, knife rest is provided with regulator between each top chock and each step, cutting cutter die roller is located between two top chocks by bearing is rotating, bottom roller is located between two steps by bearing is rotating, the two ends at the two ends and bottom roller of cutting cutter die roller are coaxially connected with axle journal respectively, each bearing is located on each axle journal respectively, each top chock is connected with locking between knife rest, be provided with guide locating device provided between each step and knife rest, the inboard that each axle journal is positioned at bearing is respectively equipped with the limited step A ' that each bearing can be prevented to displacement in the middle part of knife rest, the outside each axle journal being positioned at each bearing is also provided with the anti-axial gap shifting device that each bearing can be prevented to both sides play outside knife rest.
Description
Technical field
The utility model relates to product cutting equipment, particularly a kind of rotating die cutting device.
Background technology
In the production process of sanitary napkin and paper diaper, often need to use rotating die cutting device to carry out profile cross cutting to it, as Fig. 1 and Fig. 2, existing rotating die cutting device comprises framework 1', framework 1' cuts cutter die roller 2' and bottom roller 3' to rotating being located at, be installed on the upper bearing sleeve 8' and lower bearing sleeve 9' and the top shoe 14' be connected with upper bearing sleeve 8' and lower bearing sleeve 9' respectively and sliding block 15' that cut cutter die roller 2' and bottom roller 3' two ends respectively, the top that described framework 1' is positioned at top shoe 14' is provided with pressing mechanism, pressing mechanism is coordinated with upper bearing sleeve 8' by top shoe 14', pressing mechanism applies downward power to cutting cutter die roller 2', described pressing mechanism comprises pressure rod 41', cushion block 42' and pressing spring 43', one end of described pressure rod 41' is passed described framework 1' and contacts with cushion block 42', described pressing spring 43' is between cushion block 42' and top shoe 14', pressure relief means thereon is provided with between described top shoe 14' and sliding block 15', described pressure relief means thereon comprises and unloads depression bar 51' and back lash spring 52', described back lash spring 52' is located at and unloads above depression bar 51', the described depression bar 51' that unloads is connected with top shoe 14' or sliding block 15', described back lash spring 52' is by unloading depression bar 51' to cutting cutter die roller 2' applying power upwards, thus conveniently adjust the distance of cutting between cutter die roller 2' and bottom roller 3', during work, the sanitary napkin needing to cut off or paper diaper are adsorbed in roller side face by bottom roller, export after cutting cutter die roller rotating die cutting.Above-mentioned traditional rotating die cutting device cut cutter die roller and bottom roller easily produces vibration when High Rotation Speed, the assembly technology cutting cutter die roller 2' and bottom roller 3' and upper and lower bearing block is complicated, and cut between the axle journal at cutter die roller 2' and bottom roller 3' two ends and the bearing of each bearing block anti-axial gap shifting device is not set, cut cutter die roller 2' and bottom roller 3' and there will be small size axial play back and forth when running up, affect cutting effect, Long-Time Service can reduce the cutting quantity of cutting cutter die roller 2', improve cutter dismounting number of times and sharpening operation, greatly reduce production efficiency.
Utility model content
The purpose of this utility model is the deficiency overcoming above-mentioned technology, thus the axial float that does when running up back and forth that a kind of structure is simple, can prevent from cutting cutter die roller and bottom roller is provided, cutting effect can be improved and cut the rotating die cutting device in cutter die roller service life.
The technical scheme that the utility model adopts is such: rotating die cutting device, comprise knife rest, cut cutter die roller and bottom roller, on two middle side parts of described knife rest, upper/lower positions is removable is respectively provided with two top chocks and two steps, described knife rest is provided with regulator between top chock and step, described cutter die roller of cutting is located between two top chocks by bearing is rotating, described bottom roller is located between two steps by bearing is rotating, the two ends at described two ends and bottom roller of cutting cutter die roller are coaxially connected with axle journal respectively, described each bearing is located on each axle journal respectively, described each top chock is connected with locking between knife rest, be provided with guide locating device provided between each step and knife rest, the inboard that described each axle journal is positioned at bearing is respectively equipped with the limited step (A ') that each bearing can be prevented to displacement in the middle part of knife rest, the outside described each axle journal being positioned at each bearing is also provided with the anti-axial gap shifting device that each bearing can be prevented to both sides play outside knife rest, described each anti-axial gap shifting device comprises adjustment positioning sleeve and adjusting nut respectively, described each adjustment positioning sleeve is located at the lateral surface of described each bearing on each axle journal respectively, the outside of described each adjustment positioning sleeve on each axle journal is located at by described each adjusting nut, described adjusting nut and each adjustment between positioning sleeve are provided with retaining snap ring, the both sides inner flange be also respectively equipped with for holding out against to locate each bearing outer ring of described each top chock and each step overlaps and outward flange cover, what described each inner flange cover and each outward flange overlaps the fixed cover that comprises respectively for fixing and be located at fixed cover side holds out against ring in locating, described each in hold out against ring and stretch into respectively in each top chock and each step for holding out against the outer ring of each bearing.
Further improvement: describedly guide locating device providedly comprise guide pillar, guide pillar seat is also respectively equipped with between the bottom of described each step and knife rest, described guide pillar seat is connected by bolt-locking with between knife rest, the both sides of described each guide pillar seat offer guide pillar hole respectively, the position in corresponding each guide pillar hole, both sides, below of described each step is respectively equipped with pilot hole, described each guide pillar is inserted between each guide pillar hole and pilot hole, is also provided with guide pin bushing between described each guide pillar and pilot hole.
Further improvement: be also provided with the alignment pin of locating each guide pillar seat further between described each guide pillar seat and knife rest.
Further improvement: described knife rest comprises two spaced upper inverted U framves and two spaced lower inverted U framves, described each upper inverted U frame is the corresponding top being located at each lower inverted U frame respectively, connected by bolt-locking between the two, on described two, the top of inverted U frame is connected by top board, each upper inverted U frame is connected by a plurality of sides bolt-locking with between top board, the bottom of described twice inverted U framves is connected by base plate, and each lower inverted U frame is connected by a plurality of sides bolt-locking with between base plate.
Further improvement: the both sides, top of described each upper inverted U frame are respectively equipped with and utilize suspender the suspension ring that whole rotating die cutting device or upper inverted U frame are easily sling can be buckled.
Further improvement: described regulator comprises two adjustment screw mandrels and four pull bars, the both sides, front and back of described top board are installed with adjustment screw rodb base respectively by securing member is removable, the top of described each adjustment screw rodb base also can up and down slippage be provided with adjustment crossbeam, described each adjustment screw mandrel is threaded with each adjustment crossbeam, the lower end of each adjustment screw mandrel is located on top board through regulating screw rodb base, described each adjustment screw mandrel and respectively regulate the spacing hole being provided with between screw rodb base and limiting and axially move when regulating screw mandrel to rotate, the position of the corresponding each spacing hole of described each adjustment screw mandrel is respectively equipped with spacing preiection, the both sides of described each top chock are respectively equipped with gathering sill, the position of each gathering sill of the corresponding top chock of described step is respectively equipped with screw, the position of the corresponding each gathering sill in both sides of described each adjustment crossbeam is respectively equipped with slide opening, the lower end of described each pull bar is provided with thread, described each pull bar lower end is through slide opening, gathering sill is threaded with the screw of each step, described each pull bar top is respectively equipped with stop nut, pressure regulation spring is provided with between described stop nut and adjustment crossbeam.
Further improvement: the upper surface surrounding of described each lower inverted U frame is respectively equipped with screwed hole, the position of each screwed hole of the corresponding each lower inverted U frame of the lower surface surrounding of described each upper inverted U frame is respectively equipped with the lockhole inserted for each bolt, and outside the surrounding of described each upper inverted U frame, be also provided with can for bolt insertion and locked groove of stepping down of locking in the top of corresponding lockhole.
Further improvement: the side described knife rest being positioned at cutting knife mould roller or bottom roller is provided with the scraper can cleared up and cut cutter die roller surface impurity.
Further improvement: the opposite side described knife rest being positioned at cutting knife mould roller is also provided with oiling device, described oiling device comprises the rotating turning cylinder be located on knife rest, rotation seat and sponge rollers, described rotation seat is fixedly arranged on the two ends of turning cylinder, and described sponge rollers is located at the bottom of two rotation seats.
Further improvement: on the right side of described knife rest or the outward flange in left side put the safety protection jacket being also provided with and can covering and establish axle journal.
By adopting preceding solution, the beneficial effects of the utility model are: after improving, rotating die cutting device is compared with existing rotating die cutting device, its by each top chock locking positioning on knife rest, arrange guide locating device provided between each step and knife rest, thus each top chock and each step can well be fixed, and the limited step that each bearing can be prevented to displacement in the middle part of knife rest is respectively equipped with in the inboard of cutting cutter die roller and each axle journal of bottom roller and be positioned at bearing, the outside that each axle journal is positioned at each bearing is also provided with the anti-axial gap shifting device that each bearing can be prevented to both sides play outside knife rest, cutter die roller can will be cut and bottom roller is positioned on each bearing block very well by anti-axial gap shifting device, prevent it from occurring small size axial play back and forth when running up, improve cutting effect, stability in use is good, extend the service life of cutting cutter die roller, decrease dismounting sharpening number of times, and locate by this kind of mode and cut cutter die roller and bottom roller, assembly technology is simple, dismounting is easy to connect, repeated disassembled and assembled also can not affect the assembly precision between two rollers, improve the efficiency of adjustment and handling cutter.
Further improvement: described knife rest is interconnected up and down by inverted U frame on two and twice inverted U frame intervals and forms; connected by top board between inverted U frame on described two; twice inverted U frame is connected by base plate; the knife rest of this structure; assembly technology is simple; dismounting is easy to connect, further increases the efficiency of adjustment and handling cutter; Separately, the knife rest be formed by connecting by multiple parts dismounting, the knife rest of the machining accuracy relative overall of each parts easily reaches technical requirement, improves machining accuracy, saves processing cost.
Further: between each top chock and each step, be also provided with regulator, the contact between regulator adjustable two roller, can regulate pressure size according to the thickness cutting product, extend the service life of cutting cutter die roller further.In addition, two pull bars of each regulator connect through the gathering sill of each top chock and step threaded upper ends respectively from top to bottom, this structure can also play the effect of each top chock in location and each step further while playing pressure regulation effect, when preventing machine at high speeds from operating, each top chock and each step along two rollers axis and radially wobble, thus cutter die roller and bottom roller are cut in better location further, prevent it from doing axially play back and forth when running up.
Accompanying drawing explanation
Fig. 1 is the front view of prior art rotating die cutting device;
Fig. 2 is the side view of prior art rotating die cutting device;
Fig. 3 is the utility model embodiment front view;
Fig. 4 is the utility model embodiment side view;
Fig. 5 is the structural representation of upper inverted U frame;
Fig. 6 is the structural representation of lower inverted U frame.
Detailed description of the invention
The utility model is further illustrated below in conjunction with the drawings and specific embodiments.
As Fig. 3 to Fig. 6, the utility model embodiment discloses a kind of rotating die cutting device, comprise knife rest, two top chock 21 and two steps 22, described knife rest comprises two spaced upper inverted U frame 11 and two spaced lower inverted U framves 12, described each upper inverted U frame 11 is the corresponding top being located at each lower inverted U frame 12 respectively, connected by bolt-locking between the two, each upper inverted U frame 11 with the concrete connected mode of each lower inverted U frame 12 is: the upper surface surrounding of the U-shaped pin of described each lower inverted U frame 12 is corresponding is respectively provided with 4 screwed holes 13, the position of the corresponding each screwed hole of lower surface surrounding of the U-shaped pin of described each upper inverted U frame 11 is provided with the lockhole 111 that can insert for each bolt, outside two U-shaped pin surroundings of described each upper inverted U frame 11, be also provided with can in each screwed hole for bolt insertion and 4 locked grooves 14 of stepping down of locking in the top of corresponding each lockhole 111, during lock dress, bolt puts into lockhole and screwed hole 13 from locked groove 14 of respectively stepping down, then locking tool is stretched into locked groove of respectively stepping down to lock each bolt and can fix each upper inverted U frame 11 and each lower inverted U frame 12, on described two, the top of inverted U frame 11 is connected by top board 15, each upper inverted U frame 11 is connected with locking respectively by 5 side bolts 16 between top board 15, the bottom of described twice inverted U framves 12 is connected by base plate 17, each lower inverted U frame 12 is connected with locking respectively by 5 side bolts 16 between base plate 17, described each top chock 21 is the corresponding both sides being located at each upper inverted U frame 11 respectively, each top chock 21 is connected with being locked with top board 15 by bolt 211 on two, described each step 22 respectively correspondence is located on each base plate 17, be provided with guide locating device provided between each step 22 and base plate 17, describedly guide locating device providedly comprise guide pillar 31, guide pillar seat 32 is also respectively equipped with between the bottom of described each step 22 and base plate 17, described guide pillar seat 32 is locked with between base plate 17 be connected by bolt 321, the alignment pin 34 of locating each guide pillar seat further is also provided with between described each guide pillar seat 32 and the base plate 17 of knife rest.The both sides of described each guide pillar seat 32 offer guide pillar hole respectively, the position in corresponding each guide pillar hole, both sides, below of described each step 22 is respectively equipped with pilot hole, described each guide pillar 31 is inserted between each guide pillar hole and pilot hole, between described each guide pillar 31 and pilot hole, also interference fit has guide pin bushing 33, between described two top chocks 21, rotating being provided with cuts cutter die roller 4, bottom roller 5 is rotatably provided with between described two steps 22, described cutter die roller 4 of cutting is located between two top chocks by one group of angular contact bearing 41 is rotating, described bottom roller is located between two steps by one group of angular contact bearing 41 is rotating, the two ends at described two ends and bottom roller of cutting cutter die roller are coaxially connected with axle journal 42 respectively, described each group of angular contact bearing 41 is located on each axle journal 42 respectively, the inboard that described each axle journal 42 is positioned at each group of angular contact bearing 41 is respectively equipped with the limited step A ' that each group of angular contact bearing 41 can be prevented to displacement in the middle part of knife rest, the outside described each axle journal 42 being positioned at each group of angular contact bearing is also provided with the anti-axial gap shifting device that each bearing can be prevented to both sides play outside knife rest, described each anti-axial gap shifting device comprises adjustment positioning sleeve 61 and adjusting nut 62 respectively, described each adjustment positioning sleeve 61 is located at the lateral surface of described each group of angular contact bearing 41 on each axle journal 42 respectively, the outside of described each adjustment positioning sleeve 61 on each axle journal 42 is located at by described each adjusting nut 62, described adjusting nut 62 and each adjustment between positioning sleeve 61 are provided with retaining snap ring 63, just can be driven by rotating adjusting nut 62 during use and regulate positioning sleeve 61 displacement, thus by regulating positioning sleeve 61 to be held out against by each group of angular contact bearing 41 on each axial limiting step A ' cutting cutter die roller 4 or bottom roller 5, prevent from having between it space to cause cutting the axial float back and forth when running up of cutter die roller 4 and bottom roller 5, improve cutting effect, stability in use is good, extend the service life of cutting cutter die roller 4, decrease dismounting and sharpening number of times, and locate by this kind of mode and cut cutter die roller 4 and bottom roller 5, assembly technology is simple, dismounting is easy to connect, repeated disassembled and assembled also can not affect the assembly precision between two rollers, improve the efficiency of adjustment and handling two rollers.Described each top chock 21 and the both sides inner flange be also respectively equipped with for holding out against to locate each group of angular contact bearing outer ring of each step 22 overlap 64 and overlap 65 with outward flange, oil filler point is respectively equipped with above the outside of described each outward flange cover 65, described each inner flange cover 64 and each outward flange overlap 65 comprise the fixed cover for fixing respectively and be located at fixed cover side in locating, hold out against ring, described each in hold out against ring and stretch into respectively in each top chock 21 and each step 22 for holding out against the outer ring of each group of angular contact bearing, inner flange cover 64 overlaps 65 with outward flange and located each group of angular contact bearing further.
Described knife rest is also provided with regulator between top chock 21 and step 22, described regulator comprises two adjustment screw mandrels 71 and four pull bars 72, before and after described top board 15 top, both sides regulate screw rodb base 73 respectively by removable being installed with of securing member, the top of described each adjustment screw rodb base 73 being also provided with of slippage can regulate crossbeam 74 up and down, described each adjustment screw mandrel 71 is threaded with each adjustment crossbeam 74, the lower end of each adjustment screw mandrel 71 is located on top board 15 through regulating screw rodb base 73, described each adjustment screw mandrel 71 and respectively regulating to be provided with the spacing hole 731 limiting and do axis when regulating screw mandrel 71 to rotate and move all around between screw rodb base 73, the position of the corresponding each spacing hole 731 of described each adjustment screw mandrel 71 is respectively equipped with spacing preiection 711, the both sides of described each top chock 21 are respectively equipped with gathering sill, the position of each gathering sill of described step 22 corresponding top chock 21 is respectively equipped with screw, the position of the corresponding each gathering sill in both sides of described each adjustment crossbeam 74 is respectively equipped with slide opening, the lower end of described each pull bar 72 is provided with thread, described each pull bar 72 lower end is through slide opening, gathering sill is threaded with the screw of each step 22, described each pull bar 72 top is respectively equipped with stop nut 721, pressure regulation spring 75 is provided with between described stop nut 721 and adjustment crossbeam 74.Regulate screw mandrel just can drive adjustment beam lifting by rotating during use, thus compress or loosen pressure regulation spring, just pressure regulation spring can be compressed when regulating crossbeam up, thus make pull bar drive step to do small vertical motion, improve the contact cut between cutter die roller and bottom roller, just pressure regulation spring can be unclamped when regulating screw mandrel to make adjustment crossbeam descending when reversing, thus make step reduce contact because of deadweight, reduce the contact cut between cutter die roller and bottom roller, the pressure size of respectively cutting cutter die roller and each bottom roller can be regulated according to the thickness cutting product, extend the effect and service life of cutting cutter die roller further.
The both sides, top of described each upper inverted U frame 11 are respectively equipped with and utilize suspender the suspension ring that whole rotating die cutting device or upper inverted U frame 11 are easily sling can be buckled 111, have these suspension ring to buckle 111 complete machines can easily be lifted or put down, facilitate moving of complete machine, during dismounting simultaneously, also facilitate the installation and removal of each upper inverted U frame.
The side described knife rest being positioned at cutting knife mould roller 4 or bottom roller 5 is provided with the scraper 8 can cleared up and cut cutter die roller surface impurity, and scraper can remove the impurity cutting cutter die roller surface adhesion, improves cutting effect.
The opposite side described knife rest being positioned at cutting knife mould roller 4 is also provided with oiling device, described oiling device comprises the turning cylinder 91 be rotatably located on inverted U frame, rotation seat 92 and sponge rollers 93, described rotation seat 92 is fixedly arranged on the two ends of turning cylinder 91, described sponge rollers 93 is located at the bottom of two rotation seats 92, during use, turning cylinder 91 drives rotation seat 92 to rotate, thus make sponge rollers 93 and cut cutter die roller 4 roll surface and contact, then cutter die roller 4 surface coating silicone oil is being cut, viscose glue on the blade preventing from cutting cutter die roller.
The outward flange cover 65 on the right side of described knife rest or left side is also provided with the safety protection jacket 19 that can cover and establish axle journal.What protective jacket can be avoided shop personnel to encounter running up cuts cutter die roller and bottom roller, avoids the generation of security incident, plays safeguard protection effect.
More than show and describe general principle of the present utility model and principal character and advantage thereof; the technical staff of the industry should understand; the utility model is not restricted to the described embodiments; above-described embodiment just illustrates principle of the present utility model with description in explanation; under the prerequisite not departing from the utility model spirit and scope; the utility model also has various changes and modifications; these changes and improvements all fall within the scope of claimed the utility model, and the claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (10)
1. rotating die cutting device, comprise knife rest, cut cutter die roller and bottom roller, on two middle side parts of described knife rest, upper/lower positions is removable is respectively provided with two top chocks and two steps, described knife rest is provided with regulator between top chock and step, described cutter die roller of cutting is located between two top chocks by bearing is rotating, described bottom roller is located between two steps by bearing is rotating, the two ends at described two ends and bottom roller of cutting cutter die roller are coaxially connected with axle journal respectively, described each bearing is located on each axle journal respectively, it is characterized in that: described each top chock is connected with locking between knife rest, be provided with guide locating device provided between each step and knife rest, the inboard that described each axle journal is positioned at bearing is respectively equipped with the limited step (A ') that each bearing can be prevented to displacement in the middle part of knife rest, the outside described each axle journal being positioned at each bearing is also provided with the anti-axial gap shifting device that each bearing can be prevented to both sides play outside knife rest, described each anti-axial gap shifting device comprises adjustment positioning sleeve and adjusting nut respectively, described each adjustment positioning sleeve is located at the lateral surface of described each bearing on each axle journal respectively, the outside of described each adjustment positioning sleeve on each axle journal is located at by described each adjusting nut, described adjusting nut and each adjustment between positioning sleeve are provided with retaining snap ring, the both sides inner flange be also respectively equipped with for holding out against to locate each bearing outer ring of described each top chock and each step overlaps and outward flange cover, what described each inner flange cover and each outward flange overlaps the fixed cover that comprises respectively for fixing and be located at fixed cover side holds out against ring in locating, described each in hold out against ring and stretch into respectively in each top chock and each step for holding out against the outer ring of each bearing.
2. rotating die cutting device according to claim 1, it is characterized in that: describedly guide locating device providedly comprise guide pillar, guide pillar seat is also respectively equipped with between the bottom of described each step and knife rest, described guide pillar seat is connected by bolt-locking with between knife rest, the both sides of described each guide pillar seat offer guide pillar hole respectively, the position in corresponding each guide pillar hole, both sides, below of described each step is respectively equipped with pilot hole, described each guide pillar is inserted between each guide pillar hole and pilot hole, is also provided with guide pin bushing between described each guide pillar and pilot hole.
3. rotating die cutting device according to claim 2, is characterized in that: be also provided with the alignment pin of locating each guide pillar seat further between described each guide pillar seat and knife rest.
4. the rotating die cutting device according to claim 1 or 2 or 3, it is characterized in that: described knife rest comprises two spaced upper inverted U framves and two spaced lower inverted U framves, described each upper inverted U frame is the corresponding top being located at each lower inverted U frame respectively, connected by bolt-locking between the two, on described two, the top of inverted U frame is connected by top board, each upper inverted U frame is connected by a plurality of sides bolt-locking with between top board, the bottom of described twice inverted U framves is connected by base plate, and each lower inverted U frame is connected by a plurality of sides bolt-locking with between base plate.
5. rotating die cutting device according to claim 4, is characterized in that: the both sides, top of described each upper inverted U frame are respectively equipped with and utilize suspender the suspension ring that whole rotating die cutting device or upper inverted U frame are easily sling can be buckled.
6. rotating die cutting device according to claim 4, it is characterized in that: described regulator comprises two adjustment screw mandrels and four pull bars, the both sides, front and back of described top board are installed with adjustment screw rodb base respectively by securing member is removable, the top of described each adjustment screw rodb base also can up and down slippage be provided with adjustment crossbeam, described each adjustment screw mandrel is threaded with each adjustment crossbeam, the lower end of each adjustment screw mandrel is located on top board through regulating screw rodb base, described each adjustment screw mandrel and respectively regulate the spacing hole being provided with between screw rodb base and limiting and axially move when regulating screw mandrel to rotate, the position of the corresponding each spacing hole of described each adjustment screw mandrel is respectively equipped with spacing preiection, the both sides of described each top chock are respectively equipped with gathering sill, the position of each gathering sill of the corresponding top chock of described step is respectively equipped with screw, the position of the corresponding each gathering sill in both sides of described each adjustment crossbeam is respectively equipped with slide opening, the lower end of described each pull bar is provided with thread, described each pull bar lower end is through slide opening, gathering sill is threaded with the screw of each step, described each pull bar top is respectively equipped with stop nut, pressure regulation spring is provided with between described stop nut and adjustment crossbeam.
7. rotating die cutting device according to claim 4, it is characterized in that: the upper surface surrounding of described each lower inverted U frame is respectively equipped with screwed hole, the position of each screwed hole of the corresponding each lower inverted U frame of the lower surface surrounding of described each upper inverted U frame is respectively equipped with the lockhole inserted for each bolt, and outside the surrounding of described each upper inverted U frame, be also provided with can for bolt insertion and locked groove of stepping down of locking in the top of corresponding lockhole.
8. the rotating die cutting device according to claim 1 or 2 or 3, is characterized in that: the side described knife rest being positioned at cutting knife mould roller or bottom roller is provided with the scraper can cleared up and cut cutter die roller surface impurity.
9. the rotating die cutting device according to claim 1 or 2 or 3, it is characterized in that: the opposite side described knife rest being positioned at cutting knife mould roller is also provided with oiling device, described oiling device comprises the rotating turning cylinder be located on knife rest, rotation seat and sponge rollers, described rotation seat is fixedly arranged on the two ends of turning cylinder, and described sponge rollers is located at the bottom of two rotation seats.
10. the rotating die cutting device according to claim 1 or 2 or 3, is characterized in that: on the right side of described knife rest or the outward flange in left side put the safety protection jacket being also provided with and can covering and establish axle journal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520092501.7U CN204622175U (en) | 2015-02-09 | 2015-02-09 | Rotating die cutting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520092501.7U CN204622175U (en) | 2015-02-09 | 2015-02-09 | Rotating die cutting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204622175U true CN204622175U (en) | 2015-09-09 |
Family
ID=54041234
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520092501.7U Withdrawn - After Issue CN204622175U (en) | 2015-02-09 | 2015-02-09 | Rotating die cutting device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204622175U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104552431A (en) * | 2015-02-09 | 2015-04-29 | 晋江特锐模具有限公司 | Rotation die cutting device |
| CN110216133A (en) * | 2019-06-27 | 2019-09-10 | 广州市联冠机械有限公司 | A kind of broken exhausting line of waste refrigerator dismantling |
-
2015
- 2015-02-09 CN CN201520092501.7U patent/CN204622175U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104552431A (en) * | 2015-02-09 | 2015-04-29 | 晋江特锐模具有限公司 | Rotation die cutting device |
| CN104552431B (en) * | 2015-02-09 | 2016-05-25 | 晋江特锐模具有限公司 | Rotating die cutting device |
| CN110216133A (en) * | 2019-06-27 | 2019-09-10 | 广州市联冠机械有限公司 | A kind of broken exhausting line of waste refrigerator dismantling |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150909 Effective date of abandoning: 20160525 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |