CN204955536U - Scraps of paper belling line and transport mechanism - Google Patents
Scraps of paper belling line and transport mechanism Download PDFInfo
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- CN204955536U CN204955536U CN201520487189.1U CN201520487189U CN204955536U CN 204955536 U CN204955536 U CN 204955536U CN 201520487189 U CN201520487189 U CN 201520487189U CN 204955536 U CN204955536 U CN 204955536U
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Abstract
The utility model discloses a scraps of paper belling line and transport mechanism, including scraps of paper belling line membrane module, the vertically reciprocal lifting unit and the subassembly of form advancing, its characterized in that scraps of paper belling line membrane module include mould mounting plate, mould bottom plate, cope match -plate pattern and lower bolster, mould mounting plate lower part is located to the cope match -plate pattern, mould bottom plate upper portion is located to the lower bolster, the cope match -plate pattern is facing to the lower bolster, vertical reciprocal lifting unit include lever, fixed connection seat, transfer line, vertical elevating system, middle fixing base, guide pillar and guide pin bushing, one side of mould bottom plate is located to fixed connection seat lower extreme, second connecting block and transfer line pin joint are passed through through first connecting block and last lever pin joint, the other end of going up the lever in the upper end of fixed connection seat, opposite side at the mould bottom plate is equipped with the transfer line hole, and the transfer line passes the transfer line hole and is connected with elevating system.
Description
Technical field
The utility model relates to the assembly of dixie cup production equipment, particularly a kind of for scraps of paper embossing and connecting gear, becomes the corrugated paper of burr and give next process to use for flat paper sheet being pressed into surface.Be wrapped in dixie cup outside described corrugated paper, obtain a kind of heat insulation reinforcement dixie cup.
Background technology
The processing of traditional corrugation paper mold insulated cup run respectively two kinds of machines completes being wrapped in interior cup outside corrugated paper processing and corrugated paper.Need the corrugated paper good from machining to move on another dixie cup wrapper, carry out outsourcing with internal cup, this production process of separating causes insulated cup run production efficiency low, and production cost is high for this reason.In addition, the existing paper feeding assembly for dixie cup wrapper can only send the plane scraps of paper.The speed of existing corrugated paper process equipment production corrugated paper is slow again.
Utility model content
The utility model, for the problems referred to above, proposes a kind of scraps of paper embossing and connecting gear.
In order to solve technical problem of the present utility model, technical scheme described in the utility model is as follows:
A kind of scraps of paper embossing described in the utility model and connecting gear, comprise scraps of paper embossing and connecting gear, comprise scraps of paper embossing membrane module, longitudinally reciprocal lifting assembly and paper feeding assembly, described scraps of paper embossing membrane module comprises mould mounting plate, mould bottom plate, cope match-plate pattern and lower bolster, cope match-plate pattern is located at mould mounting plate bottom, lower bolster is located at mould bottom plate top, and cope match-plate pattern is facing to lower bolster; Described longitudinally reciprocal lifting assembly comprises upper lever, fixed connecting base, drive link, longitudinal elevating mechanism, middle holder, guide pillars and bushes, the side of mould bottom plate is located in fixed connecting base lower end, the upper end of fixed connecting base is by the first contiguous block and upper lever pivot joint, and the other end of upper lever is by the second contiguous block and drive link pivot joint; Be provided with transmission rod aperture at the opposite side of mould bottom plate, drive link is connected with elevating mechanism through transmission rod aperture.
Described guide pin bushing and guide pillar respectively have four, and four angles of mould mounting plate are respectively provided with a guide pin bushing, and four angles of mould bottom plate are respectively provided with a guide pillar, and each guide pin bushing is placed in corresponding guide pillar.
Described longitudinal elevating mechanism comprises eccentric wheel, camshaft, lower lever, the 3rd contiguous block and bearing, and eccentric wheel is located on camshaft, and lower lever one end is by bearing and eccentric wheel pivot joint, and the other end is by the 3rd contiguous block and drive link pivot joint.
Described paper feeding assembly comprises feeder, slide bar, paper feeding sheet slide bar connecting plate, slide bar fixed head, connecting rod, sliding sleeve and horizontal elevating mechanism, feeder is located on paper feeding sheet slide bar connecting plate, slide bar connecting plate avris is provided with sliding sleeve, slide bar connecting plate is placed on slide bar by sliding sleeve, slide bar front end is provided with slide bar fixed head, and slide bar connecting plate is connected with horizontal elevating mechanism; Described slide bar has two, is located at two sides of mould bottom plate respectively.
Described horizontal elevating mechanism comprises crank, intermediate connecting rod, rocking bar and the 4th contiguous block, and crank is connected with rocking bar by intermediate connecting rod, rocking bar with by the 4th contiguous block and slide bar connecting plate pivot; On described slide bar fixed head two sides be respectively provided with a shift fork, be respectively provided with one after collision part.
Described feeder comprises press mold shift fork, eccentric part, spill spin block, impact block, press mold shift fork regulating block, guide, spring set bolt, spring, adjusting bolt nut and spring set bolt, press mold shift fork rear end is provided with spill spin block, spill spin block is provided with impact block, spill spin block is provided with press mold shift fork regulating block, spill spin block outer end is provided with guide, press mold shift fork regulating block is provided with eccentric part and the first spring set bolt, eccentric part is provided with the second spring set bolt, and spring is placed on the first spring set bolt and the second spring set bolt; The notch that guide leading section is provided with, in the notch that the top of the second spring set bolt is embedded in guide and by the adjusting bolt nut check be located on guide; The front end of press mold shift fork is V-shape.
Described is respectively provided with a front collision part in the side, front portion two of mould bottom plate; Rectangular Spring is provided with in drive link upper end; Electrothermal tube in lower bolster.
Described mould bottom plate is provided with scraps of paper lifting body, described a kind of lifting body comprises the alignment pin be located on lower bolster, the asperities region on lower bolster top, air holes in asperities region, the compressed air apertures of lower bolster avris, air holes and compressed air apertures limit lead to, and are provided with top paper pin bottom cope match-plate pattern; Or described another kind of lifting body comprises Compress Spring, top paper pin plate, cam, camshaft, mould bottom plate is provided with spring pin hole, lower bolster is provided with apical pore, spring pin hole and apical pore correspondence, Compress Spring is located in spring pin hole, and top paper pin plate is provided with ejector pin, ejector pin is inserted in apical pore through after the Compress Spring be located in spring pin hole, peak at paper pin plate inner face bottom Compress Spring, the lower surface of top paper pin plate peaks on cam, and cam is located on camshaft.
The described another kind of structure of longitudinally reciprocal lifting assembly comprises cylinder, air cylinder fixed plate and cylinder solenoid valve, cylinder is located in frame, air cylinder fixed plate is used for fixing cylinder, the piston of cylinder is connected with mould mounting plate, cope match-plate pattern is fixed on the below of mould mounting plate, and cylinder is connected with cylinder solenoid valve.
Described paper feeding assembly comprises press mold shift fork, rolling member, and spring set bolt, spring, regulating block, connecting rod, press mold shift fork regulating block, fixture, rotating shaft, be provided with V-type groove in press mold shift fork front end
The utility model has the advantages that: the utility model integrates corrugated paper processing and corrugated paper outsourcing dixie cup, as dixie cup wrapper to part, not only to enhance productivity, and cost-saving.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the utility model upper module syndeton schematic diagram.
Fig. 3 is one of paper feeding assembly structural representation.
Fig. 4 is that schematic diagram is put in the utility model cope match-plate pattern and lower bolster combination local.
Fig. 5 is two structural representations for paper feeding assembly.
Fig. 6 is the mounting structure schematic diagram of paper feeding assembly two.
Fig. 7 is the partial structurtes schematic diagram of Fig. 6 side.
Fig. 8 is the structural representation of the another kind of lifting body of the utility model.
Fig. 9 is A-A cross-sectional view of this Fig. 8.
Figure 10 is another longitudinal back and forth lifting assembly of the utility model.
Figure 11 is the perspective view of Figure 10.
Detailed description of the invention
Now in conjunction with the drawings and the specific embodiments the utility model is further described.
As shown in the figure, a kind of scraps of paper embossing described in the utility model and connecting gear comprise scraps of paper embossing membrane module, longitudinally reciprocal lifting assembly and paper feeding assembly.
Described scraps of paper embossing membrane module comprises mould mounting plate 4, mould bottom plate 5, cope match-plate pattern 29 and lower bolster 6, and cope match-plate pattern 29 is located at mould mounting plate 4 bottom, and lower bolster 6 is located at mould bottom plate 5 top, and cope match-plate pattern 29 is facing to lower bolster 6.
Described longitudinally reciprocal lifting assembly comprises upper lever 1, fixed connecting base 2, drive link 22, longitudinal elevating mechanism, middle holder 28, guide pillar 3a and guide pin bushing 3, the side of mould bottom plate 5 is located in fixed connecting base 2 lower end, the upper end of fixed connecting base 2 is by the first contiguous block 2 and upper lever 1 pivot joint, and the other end of upper lever 1 is by the second contiguous block 26 and drive link 22 pivot joint; Be provided with transmission rod aperture at the opposite side of mould bottom plate 5, drive link 22 connects through transmission rod aperture and elevating mechanism.
Described guide pillar 3a and guide pin bushing 3 respectively have four, and four angles of mould mounting plate 4 are respectively provided with a guide pin bushing, and four angles of mould bottom plate 5 are respectively provided with a guide pillar, and each guide pin bushing is placed in corresponding guide pillar.
Described longitudinal elevating mechanism comprises eccentric wheel 12, camshaft 14, lower lever 19, the 3rd contiguous block 20 and bearing 13, eccentric wheel 12 is located on camshaft 14, lower lever 19 one end is by bearing 13 and eccentric wheel 12 pivot joint, and the other end is by the 3rd contiguous block 20 and drive link 22 pivot joint.
The operation principle of described longitudinal elevating mechanism is: upper lever 1, fixed connecting base 2, eccentric wheel (cam) 12, distant bar 18, lower lever 19, drive link 22 etc. form a linkage, when eccentric wheel 12 rotates along with camshaft 14, bearing 13 drives lower lever 19 to pump, by drive link 22, make upper lever 1 with fixed connecting base 2 for fulcrum reciprocally swinging.Mould mounting plate 4, middle holder 28, cope match-plate pattern 29 are fixed as one with bolt, are connected with upper lever 1 by the first contiguous block 27.Thus, when upper lever 1 reciprocally swinging, cope match-plate pattern 29 pumps and realizes the object of paper-pressing sheet 41.After the scraps of paper 41 are sent into 6 lower bolster faces by a shift fork 8, cope match-plate pattern 29 walks downward paper-pressing sheet 41 under certain stroke, and the scraps of paper 41 are become corresponding concave convex texture by swaging and become corrugated board sheet.Then corrugated board sheet is sent bolster region and enters next station by 7 paper feeding assemblies.
Described paper feeding assembly comprises feeder 7, slide bar 23, paper feeding sheet slide bar connecting plate 11, slide bar fixed head 10, connecting rod 17, sliding sleeve 21 and horizontal elevating mechanism.Feeder 7 is located on paper feeding sheet slide bar connecting plate 11, and slide bar connecting plate 10 avris is provided with sliding sleeve 21, and slide bar connecting plate 11 is placed on slide bar 23 by sliding sleeve 21, and slide bar 23 front end is provided with slide bar fixed head 10, and slide bar connecting plate 11 is connected with horizontal elevating mechanism; Described slide bar 23 has two, is located at two sides of mould bottom plate 5 respectively.
Described horizontal elevating mechanism comprises crank 15, intermediate connecting rod 16, rocking bar 18 and the 4th contiguous block 17, and crank 15 is connected with rocking bar 18 by intermediate connecting rod 16, rocking bar 18 with by the 4th contiguous block 17 and slide bar connecting plate 11 pivot.
On described slide bar fixed head 10 two sides be respectively provided with a shift fork 8, be respectively provided with one after collision part 11a.
Described is respectively provided with a front collision part 24 in the side, front portion two of mould bottom plate 5; Rectangular Spring 25 is provided with in drive link 22 upper end; Electrothermal tube 44 in lower bolster 6.
Described feeder 7 comprises press mold shift fork 30, eccentric part 31, spill spin block 32, impact block 33, press mold shift fork regulating block 34, guide 35, spring set bolt 36, spring 37, adjusting bolt nut 38 and spring set bolt 39, press mold shift fork 30 rear end is provided with spill spin block 32, spill spin block 32 is provided with impact block 33, spill spin block 32 is provided with press mold shift fork regulating block 34, spill spin block 32 outer end is provided with guide 35, press mold shift fork regulating block 34 is provided with eccentric part 31 and the first spring set bolt 36, eccentric part 31 is provided with the second spring set bolt 39, spring 37 is placed on the first spring set bolt 36 and the second spring set bolt 39, the notch that guide 35 leading section is provided with, is locked by the adjusting bolt nut 38 be located on guide 35 in the notch that the top of the second spring set bolt 39 is embedded in guide 35, the front end of press mold shift fork 30 is V-shape.
Described mould bottom plate 5 is provided with scraps of paper lifting body, this scraps of paper lifting body comprises the alignment pin 43 be located on lower bolster 6, the asperities region 42 on lower bolster 6 top, air holes in asperities region 42, the compressed air apertures 45 of lower bolster 6 avris, air holes and compressed air apertures 45 limit lead to, and are provided with top paper pin 40 bottom cope match-plate pattern 29.
The operation principle of this lifting body is: described electrothermal tube 44 heats lower bolster 6, the scraps of paper 41 is heated up and promotes the shaping of corrugated paper.When cope match-plate pattern 29 is toward after pressing down, top paper pin 40 and alignment pin 43 are pressed into cope match-plate pattern 29 and lower bolster 6 respectively.After cope match-plate pattern 29 up lifts, top paper pin 40 and alignment pin 43 are extruded cope match-plate pattern 29 and lower bolster 6 by built-in spring respectively.The scraps of paper 41 just sending into template area located by alignment pin 43, and the scraps of paper 41 are not offset in corresponding position.When cope match-plate pattern 29 has pressed the scraps of paper 41 to move up, compressed air enters lower bolster 6 by compressed air apertures 45, upwards blow out from the hole the asperities region on lower bolster 6 top again, the scraps of paper 41 are up blown afloat, the scraps of paper 41 are attached on top paper pin 40, now press mold shift fork 30 is toward moving right, and the scraps of paper 41 are released bolster region.
Operation principle of the present utility model is: crank 15, intermediate connecting rod 16, rocking bar 18 form crank and rocker mechanism.Along with the rotation of crank 15, drive rocking bar 18 to make linear reciprocation through intermediate connecting rod 16 to swing, by the 4th contiguous block 17, sliding sleeve 21, with moving slide-bar connecting plate 11 and paper feeding assembly 7, the shift fork 8 be fixed in the above thereof, on slide bar 23, do linear reciprocation swing, realize a shift fork 8 and flat paper sheet 41 is delivered to corrugated board sheet lower bolster 6 extruding and has burr, by the press mold shift fork 30 in paper feeding assembly 7, the corrugated board sheet pressed is sent bolster region again after pressing and enter next station.
Front end due to press mold shift fork 30 is V-shape, pushes out so withstood in V groove by the scraps of paper when press mold shift fork 30 moves forward.
When corrugated board sheet being sent bolster region, the press mold shift fork 30 in paper feeding assembly 7 is at an angle with press mold shift fork regulating block 34.Impact block 33 in paper feeding assembly 7 is collision part 24 before front turning point place clashes into, and press mold shift fork 30 is rotated a certain angle, walks around the cope match-plate pattern 29 be in pressed status when returning.At turning point place, rear end, impact block 33 clashes into the rear collision part 11a of rear end turning point again, and press mold shift fork 30 rotates again and turns back to original angle position.Reciprocally swinging circulation and the paper feeding circulation of press mold shift fork 30 is formed with this.Swing so the relative press mold fork regulating block 34 of spill spin block 32 makes reciprocating rotary, eccentric part 31 relatively press mold shift fork regulating block 34 does reciprocating rotary swing.
During work, the swing of the swing band lower moving guide 35 of the second spring set bolt 39 in paper feeding assembly 7, so driven rotary block 32, press mold shift fork 30, impact block 33 swing.Adjusting bolt nut 38 is for regulating the amplitude of fluctuation of the second spring set bolt 39.Described spring 37 is in extended state all the time, along with the reciprocating rotation of eccentric part 31, its length follows change, pulling force follows change, when the second spring set bolt 39 contacts with adjusting bolt nut 38, spring 37 length is the shortest, be in lowest pull state, and all revolving parts stop operating and are in poised state.
The utility model also can adopt the scraps of paper lifting body shown in Fig. 8 and Fig. 9.This scraps of paper lifting body is located on mould bottom plate, comprise Compress Spring 55, top paper pin plate 56, cam 57, camshaft 58, mould bottom plate is provided with spring pin hole, lower bolster is provided with apical pore, spring pin hole and apical pore correspondence, Compress Spring 55 is located in spring pin hole, top paper pin plate 56 is provided with ejector pin, and ejector pin, through being inserted in apical pore after the Compress Spring 55 be located in spring pin hole, peaks at top paper pin plate inner face bottom Compress Spring, the lower surface of top paper pin plate peaks on cam 57, and cam 57 is located on camshaft 58.
The operation principle of above-mentioned lifting body is: described electrothermal tube 46 heats lower bolster 6, the scraps of paper 41 is heated up and promotes the shaping of corrugated paper.Because Compress Spring 55 is in compressive state all the time, give to push up the downward pressure of paper pin plate 56, paper pin plate 56 bottom surface, top and cam 57 lower surface are contacted all the time.By external power supply, camshaft 58 and cam 57 are rotated, drive top paper pin plate 56 to pump.Adjustment cam 57 operates, paper feeding assembly 7 moves back and forth.When cope match-plate pattern 29 lift, push up paper pin plate 56 top under contract under lower bolster 6 surface time, the scraps of paper 41 are admitted on lower bolster 6; When cope match-plate pattern 29 is lifted, top paper pin plate 56 pushes up the scraps of paper 41 jack-up, and the scraps of paper 41 push out by paper feeding assembly 7.
The utility model also can adopt the longitudinally reciprocal lifting assembly shown in Figure 10 and Figure 11, it comprises cylinder 59, air cylinder fixed plate 60 and cylinder solenoid valve, cylinder is located in frame, air cylinder fixed plate 60 is for fixing cylinder 59, the piston of cylinder 59 is connected with mould mounting plate 4, cope match-plate pattern 29 is fixed on the below of mould mounting plate 4, and cylinder 59 is connected with cylinder solenoid valve.
The operation principle of the reciprocal lifting assembly of above-mentioned longitudinal direction by the control of cylinder solenoid valve, cylinder piston reciprocating motion driven mold mounting plate 4 and cope match-plate pattern 29 is moved back and forth, and realizes the function of continuous paper-pressing sheet 41.
The utility model also can adopt the paper feeding assembly shown in Fig. 5, Fig. 6 and Fig. 7, it comprises press mold shift fork 46, rolling member 47, spring set bolt 48, spring 59, regulating block 50, connecting rod 51, press mold shift fork regulating block 52, fixture 53, rotating shaft 54, be provided with V-type groove in press mold shift fork 46 front end.
The operation principle of above-mentioned paper feeding assembly is: when paper feeding assembly 7 moves forward, cope match-plate pattern 29 moves, and the V-type groove on press mold fork 46 withstands the corrugated board sheet 41 pressed, and corrugated board sheet 41 is sent bolster region.When paper feeding assembly 7 back moves, cope match-plate pattern 29 presses down, and the rolling member 47 be arranged on press mold shift fork 46 touch cope match-plate pattern 29 side and rolls, and spring 49 stretches gradually.When rolling member 47 leaves cope match-plate pattern 29 side, press mold shift fork 46 rotates along rotating shaft 54 under the effect of spring 49 pulling force, until run into regulating block 50.The circulation pushing corrugated board sheet 41 is realized with this.
Claims (10)
1. a scraps of paper embossing and connecting gear, comprise scraps of paper embossing membrane module, longitudinally reciprocal lifting assembly and paper feeding assembly, it is characterized in that described scraps of paper embossing membrane module comprises mould mounting plate, mould bottom plate, cope match-plate pattern and lower bolster, cope match-plate pattern is located at mould mounting plate bottom, lower bolster is located at mould bottom plate top, and cope match-plate pattern is facing to lower bolster; Described longitudinally reciprocal lifting assembly comprises upper lever, fixed connecting base, drive link, longitudinal elevating mechanism, middle holder, guide pillars and bushes, the side of mould bottom plate is located in fixed connecting base lower end, the upper end of fixed connecting base is by the first contiguous block and upper lever pivot joint, and the other end of upper lever is by the second contiguous block and drive link pivot joint; Be provided with transmission rod aperture at the opposite side of mould bottom plate, drive link is connected with elevating mechanism through transmission rod aperture.
2. scraps of paper embossing according to claim 1 and connecting gear, it is characterized in that described guide pin bushing and guide pillar respectively have four, four angles of mould mounting plate are respectively provided with a guide pin bushing, four angles of mould bottom plate are respectively provided with a guide pillar, each guide pin bushing is placed in corresponding guide pillar.
3. scraps of paper embossing according to claim 1 and connecting gear, it is characterized in that described longitudinal elevating mechanism comprises eccentric wheel, camshaft, lower lever, the 3rd contiguous block and bearing, eccentric wheel is located on camshaft, lower lever one end is by bearing and eccentric wheel pivot joint, and the other end is by the 3rd contiguous block and drive link pivot joint.
4. scraps of paper embossing according to claim 1 and connecting gear, it is characterized in that described paper feeding assembly comprises feeder, slide bar, paper feeding sheet slide bar connecting plate, slide bar fixed head, connecting rod, sliding sleeve and horizontal elevating mechanism, feeder is located on paper feeding sheet slide bar connecting plate, slide bar connecting plate avris is provided with sliding sleeve, slide bar connecting plate is placed on slide bar by sliding sleeve, slide bar front end is provided with slide bar fixed head, and slide bar connecting plate is connected with horizontal elevating mechanism; Described slide bar has two, is located at two sides of mould bottom plate respectively.
5. scraps of paper embossing according to claim 4 and connecting gear, it is characterized in that described horizontal elevating mechanism comprises crank, intermediate connecting rod, rocking bar and the 4th contiguous block, crank is connected with rocking bar by intermediate connecting rod, rocking bar with by the 4th contiguous block and slide bar connecting plate pivot; On described slide bar fixed head two sides be respectively provided with a shift fork, be respectively provided with one after collision part.
6. scraps of paper embossing according to claim 4 and connecting gear, it is characterized in that described feeder comprises press mold shift fork, eccentric part, spill spin block, impact block, press mold shift fork regulating block, guide, spring set bolt, spring, adjusting bolt nut and spring set bolt, press mold shift fork rear end is provided with spill spin block, spill spin block is provided with impact block, spill spin block is provided with press mold shift fork regulating block, spill spin block outer end is provided with guide, press mold shift fork regulating block is provided with eccentric part and the first spring set bolt, eccentric part is provided with the second spring set bolt, spring is placed on the first spring set bolt and the second spring set bolt, the notch that guide leading section is provided with, in the notch that the top of the second spring set bolt is embedded in guide and by the adjusting bolt nut check be located on guide, the front end of press mold shift fork is V-shape.
7. scraps of paper embossing according to claim 1 and connecting gear, is characterized in that the side, front portion two of described mould bottom plate is respectively provided with a front collision part; Rectangular Spring is provided with in drive link upper end; Electrothermal tube in lower bolster.
8. scraps of paper embossing according to claim 4 and connecting gear, it is characterized in that described mould bottom plate is provided with scraps of paper lifting body, described a kind of lifting body comprises the alignment pin be located on lower bolster, the asperities region on lower bolster top, air holes in asperities region, the compressed air apertures of lower bolster avris, air holes and compressed air apertures limit lead to, and are provided with top paper pin bottom cope match-plate pattern; Or described another kind of lifting body comprises Compress Spring, top paper pin plate, cam, camshaft, mould bottom plate is provided with spring pin hole, lower bolster is provided with apical pore, spring pin hole and apical pore correspondence, Compress Spring is located in spring pin hole, and top paper pin plate is provided with ejector pin, ejector pin is inserted in apical pore through after the Compress Spring be located in spring pin hole, peak at paper pin plate inner face bottom Compress Spring, the lower surface of top paper pin plate peaks on cam, and cam is located on camshaft.
9. scraps of paper embossing according to claim 1 and connecting gear, it is characterized in that the described another kind of structure of longitudinally reciprocal lifting assembly comprises cylinder, air cylinder fixed plate and cylinder solenoid valve, cylinder is located in frame, air cylinder fixed plate is used for fixing cylinder, the piston of cylinder is connected with mould mounting plate, cope match-plate pattern is fixed on the below of mould mounting plate, and cylinder is connected with cylinder solenoid valve.
10. scraps of paper embossing according to claim 1 and connecting gear, it is characterized in that described paper feeding assembly comprises press mold shift fork, rolling member, spring set bolt, spring, regulating block, connecting rod, press mold shift fork regulating block, fixture, rotating shaft, be provided with V-type groove in press mold shift fork front end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520487189.1U CN204955536U (en) | 2015-07-08 | 2015-07-08 | Scraps of paper belling line and transport mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520487189.1U CN204955536U (en) | 2015-07-08 | 2015-07-08 | Scraps of paper belling line and transport mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204955536U true CN204955536U (en) | 2016-01-13 |
Family
ID=55050625
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520487189.1U Withdrawn - After Issue CN204955536U (en) | 2015-07-08 | 2015-07-08 | Scraps of paper belling line and transport mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204955536U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104985876A (en) * | 2015-07-08 | 2015-10-21 | 嘉兴市新发现机械制造有限公司 | Paper piece embossing and transmitting mechanism |
| CN110654124A (en) * | 2019-11-01 | 2020-01-07 | 北京大秦新天下电子有限公司 | Printing and cutting integrated machine |
-
2015
- 2015-07-08 CN CN201520487189.1U patent/CN204955536U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104985876A (en) * | 2015-07-08 | 2015-10-21 | 嘉兴市新发现机械制造有限公司 | Paper piece embossing and transmitting mechanism |
| CN104985876B (en) * | 2015-07-08 | 2018-02-06 | 嘉兴市新发现机械制造有限公司 | A kind of scraps of paper embossing and transport mechanism |
| CN110654124A (en) * | 2019-11-01 | 2020-01-07 | 北京大秦新天下电子有限公司 | Printing and cutting integrated machine |
| CN110654124B (en) * | 2019-11-01 | 2024-03-26 | 北京大秦新天下电子有限公司 | Printing and cutting integrated machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160113 Effective date of abandoning: 20180206 |