CN104985876B - A kind of scraps of paper embossing and transport mechanism - Google Patents
A kind of scraps of paper embossing and transport mechanism Download PDFInfo
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- CN104985876B CN104985876B CN201510396266.7A CN201510396266A CN104985876B CN 104985876 B CN104985876 B CN 104985876B CN 201510396266 A CN201510396266 A CN 201510396266A CN 104985876 B CN104985876 B CN 104985876B
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Abstract
The invention discloses a kind of scraps of paper embossing and transport mechanism, including scraps of paper embossing membrane module, longitudinally reciprocal lifting assembly and paper feeding component, it is characterized in that described scraps of paper embossing membrane module includes mould mounting plate, mould bottom plate, cope plate and lower template, cope plate is located at mould mounting plate bottom, lower template is located at mould bottom plate top, and cope plate is against lower template；Described longitudinally reciprocal lifting assembly includes upper lever, fixed connecting base, drive link, longitudinal elevating mechanism, middle fixed seat, guide pillars and bushes, fixed connecting base lower end is located at the side of mould bottom plate, the upper end of fixed connecting base is pivotally connected by the first contiguous block and upper lever, and the other end of upper lever is pivotally connected by the second contiguous block and drive link；Transmission rod aperture is provided with the opposite side of mould bottom plate, drive link is connected through transmission rod aperture with elevating mechanism.
Description
Technical field
The present invention relates to the component of dixie cup production equipment, particularly one kind to be used for scraps of paper embossing and transport mechanism, is used for
Flat paper sheet is pressed into surface into the corrugated paper of burr and gives next process use.Dixie cup is wrapped in outside described corrugated paper,
Obtain a kind of heat-insulated reinforcement dixie cup.
Background technology
The processing of traditional corrugation paper mold insulated cup run is will to be wrapped in interior cup outside corrugation paper conversion and corrugated paper to distinguish two kinds
Completed on machine.Needed for this being moved from a good corrugated paper of machining on another dixie cup wrapper, with internal cup
Outsourcing is carried out, this separated production process causes insulated cup run low production efficiency, production cost height.In addition, existing be used for
The paper feeding component of dixie cup wrapper can only send the plane scraps of paper.The speed of existing corrugation paper processing equipment production corrugated paper again
Slowly.
The content of the invention
The present invention is in view of the above-mentioned problems, propose a kind of scraps of paper embossing and transport mechanism.
In order to solve the technical problem of the present invention, technical solutions according to the invention are as follows：
A kind of scraps of paper embossing and transport mechanism of the present invention, including scraps of paper embossing and transport mechanism, including paper
Piece embossing membrane module, longitudinally reciprocal lifting assembly and paper feeding component, described scraps of paper embossing membrane module include mould pop-up
Plate, mould bottom plate, cope plate and lower template, cope plate are located at mould mounting plate bottom, and lower template is on mould bottom plate
Portion, cope plate is against lower template；Described longitudinally reciprocal lifting assembly includes upper lever, fixed connecting base, drive link, longitudinal direction liter
Descending mechanism, middle fixed seat, guide pillars and bushes, fixed connecting base lower end are located at the side of mould bottom plate, middle fixed seat
Upper end is pivotally connected by the first contiguous block and upper lever, and the other end of upper lever is pivotally connected by the second contiguous block and drive link；In mould
The opposite side for having bottom plate is provided with transmission rod aperture, and drive link is connected through transmission rod aperture with elevating mechanism.
Described guide pin bushing and guide pillar respectively have four, a guide pin bushing are respectively provided with four angles of mould mounting plate, in mould
A guide pillar is respectively provided with four angles of bottom plate, each guide pin bushing is placed in corresponding guide pillar.
Described longitudinal elevating mechanism includes eccentric wheel, camshaft, lower lever, the 3rd contiguous block and bearing, eccentric wheel and set
In on camshaft, lower lever one end is pivotally connected by bearing and eccentric wheel, and the other end is pivotally connected by the 3rd contiguous block and drive link.
Described paper feeding component includes feeder, slide bar, paper feeding piece slide bar connecting plate, slide bar fixed plate, connecting rod, sliding sleeve
With horizontal elevating mechanism, for feeder on paper feeding piece slide bar connecting plate, slide bar connecting plate avris is provided with sliding sleeve, slide bar connecting plate
It is placed on by sliding sleeve on slide bar, slide bar front end is provided with slide bar fixed plate, and slide bar connecting plate is connected with horizontal elevating mechanism；Described
Slide bar has two, is respectively arranged on two sides of mould bottom plate.
Described horizontal elevating mechanism includes crank, intermediate connecting rod, rocking bar and the 4th contiguous block, crank and passes through intermediate connecting rod
It is connected with rocking bar, rocking bar by the 4th contiguous block and slide bar connecting plate with being pivotally connected；Two sides are respectively provided with described slide bar fixed plate
One shift fork, be respectively provided with one after collision part.
Described feeder include press mold shift fork, eccentric part, spill spin block, impact block, press mold shift fork regulating block, guide,
First spring fixing bolt, spring, regulating bolt nut and second spring fixing bolt, press mold shift fork rear end are provided with spill spin block,
Spill spin block is provided with impact block, and spill spin block is provided with press mold shift fork regulating block, and spill spin block outer end is provided with guide, in press mold shift fork
Regulating block is provided with eccentric part and the first spring fixing bolt, and eccentric part is provided with second spring fixing bolt, and spring is placed on
On one spring fixing bolt and second spring fixing bolt；Guide front end is provided with notch, the top of second spring fixing bolt
In the notch of guide and by the regulating bolt nut check on guide；The front end of press mold shift fork is in V-shape.
Described is respectively provided with a preceding collision part in the side of front portion two of mould bottom plate；Rectangle bullet is provided with drive link upper end
Spring；Electrothermal tube is provided with lower template.
Described mould bottom plate is provided with scraps of paper lifting body, and a kind of described lifting body is included in lower template
Alignment pin, the asperities region on lower template top, the air holes in asperities region, the compressed air apertures of lower template avris, wind
Hole leads to compressed air apertures side, and top paper pin is provided with cope plate bottom；Or described another lifting body include compression spring,
Push up paper pin plate, cam, camshaft, spring pin hole be provided with mould bottom plate, be provided with apical pore in lower template, spring pin hole with
Apical pore is corresponding, and for compression spring in spring pin hole, top paper pin plate is provided with ejector pin, and ejector pin passes through the pressure in spring pin hole
It is inserted into after contracting spring in apical pore, compression spring bottom peaks at paper pin plate inner face, and the lower surface of top paper pin plate is peaked on cam,
Cam is on camshaft.
Described longitudinally reciprocal lifting assembly another kind structure includes cylinder, air cylinder fixed plate and cylinder solenoid valve, cylinder
In frame, air cylinder fixed plate is used to fix cylinder, and the piston of cylinder is connected with mould mounting plate, and cope plate is fixed on mould
The lower section of mounting plate, cylinder are connected with cylinder solenoid valve.
Described another paper feeding component includes press mold shift fork, rolling member, spring fixing bolt, spring, regulating block, connection
Bar, press mold shift fork regulating block, fixture, rotating shaft, V-groove is provided with press mold shift fork front end.
It is an advantage of the invention that：The present invention corrugation paper conversion and corrugated paper outsourcing dixie cup together as one, as dixie cup outside
Chartered plane gives part, not only improves production efficiency, and cost-effective.
Brief description of the drawings
Fig. 1 is the structural representation of the present invention.
Fig. 2 is upper module attachment structure schematic diagram of the present invention.
Fig. 3 is one of paper feeding component structural representation.
Fig. 4 is that cope plate of the present invention and lower template combine close-up schematic view.
Fig. 5 is two structural representations of paper feeding component.
Fig. 6 is two mounting structure schematic diagram of paper feeding component.
Fig. 7 is the partial structural diagram of Fig. 6 sides.
Fig. 8 is the structural representation of another lifting body of the present invention.
Fig. 9 is Fig. 8 A-A cross-sectional views.
Figure 10 is another longitudinally reciprocal lifting assembly of the present invention.
Figure 11 is Figure 10 dimensional structure diagram.
Embodiment
In conjunction with drawings and the specific embodiments, the present invention is further illustrated.
As illustrated, a kind of scraps of paper embossing of the present invention and transport mechanism include scraps of paper embossing membrane module, indulged
To reciprocal lifting assembly and paper feeding component.
Described scraps of paper embossing membrane module includes mould mounting plate 4, mould bottom plate 5, cope plate 29 and lower template 6,
Cope plate 29 is located at the bottom of mould mounting plate 4, and lower template 6 is located at the top of mould bottom plate 5, and cope plate 29 is against lower template 6.
Described longitudinally reciprocal lifting assembly include upper lever 1, fixed connecting base 2, drive link 22, longitudinal elevating mechanism,
Middle fixed seat 28, guide pillar 3a and guide pin bushing 3, the lower end of fixed connecting base 2 are located at the side of mould bottom plate 5, fixed connecting base 2
Upper end is pivotally connected by the first contiguous block 27 with upper lever 1, and the other end of upper lever 1 passes through the second contiguous block 26 and the pivot of drive link 22
Connect；Transmission rod aperture is provided with 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 has four, and a guide pin bushing is respectively provided with four angles of mould mounting plate 4,
A guide pillar is respectively provided with four angles of mould bottom plate 5, each guide pin bushing is placed in corresponding guide pillar.
Described longitudinal elevating mechanism includes eccentric wheel 12, camshaft 14, lower lever 19, the 3rd contiguous block 20 and bearing
13, eccentric wheel 12 is on camshaft 14, and lower one end of lever 19 is pivotally connected by bearing 13 and eccentric wheel 12, and the other end passes through the 3rd
Contiguous block 20 is pivotally connected with drive link 22.
The operation principle of described longitudinal elevating mechanism is：Upper lever 1, fixed connecting base 2, eccentric wheel（Cam）12nd, under
Lever 19, drive link 22 etc. form a linkage, when eccentric wheel 12 rotates with camshaft 14, under bearing 13 drives
Lever 19 pumps, and by drive link 22, makes upper lever 1 with fixed connecting base 2 for fulcrum reciprocally swinging.On mould
Supporting plate 4, middle fixed seat 28, cope plate 29 are fixed as one with bolt, are connected by the first contiguous block 27 with upper lever 1.Cause
And when 1 reciprocally swinging of upper lever, cope plate 29 pumps and realizes the purpose of paper-pressing sheet 41.When the scraps of paper 41 are by once
After shift fork 8 is sent into 6 lower template faces, cope plate 29 walks downward paper-pressing sheet 41 under certain stroke, and the scraps of paper 41 are by swaging into corresponding
Concave convex texture and turn into corrugated board sheet.Then corrugated board sheet is sent out bolster region and enters next work by paper feeding component
Position.
Described paper feeding component includes feeder 7, slide bar 23, paper feeding piece slide bar connecting plate 10, slide bar fixed plate 11, connection
Bar 17, sliding sleeve 21 and horizontal elevating mechanism.On paper feeding piece slide bar connecting plate 10, the avris of slide bar connecting plate 11 is set feeder 7
There is sliding sleeve 21, slide bar connecting plate 10 is placed on slide bar 23 by sliding sleeve 21, and the front end of slide bar 23 connects provided with the slide bar of slide bar fixed plate 11
Fishplate bar 10 is connected with horizontal elevating mechanism；Described slide bar 23 has two, is respectively arranged on two sides of mould bottom plate 5.
Described horizontal elevating mechanism includes crank 15, intermediate connecting rod 16, the contiguous block 17 of rocking bar 18 and the 4th, and crank 15 is logical
Cross intermediate connecting rod 16 to be connected with rocking bar 18, rocking bar 18 by the 4th contiguous block 17 with slide bar connecting plate 10 with being pivotally connected.
In described slide bar fixed plate 11 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 preceding collision part 24 in the side of front portion two of mould bottom plate 5；It is provided with the upper end of drive link 22
Rectangular Spring 25；Electrothermal tube 44 in lower template 6.
Described feeder 7 includes press mold shift fork 30, eccentric part 31, spill spin block 32, impact block 33, press mold shift fork regulating block
34th, guide 35, the first spring fixing bolt 36, spring 37, regulating bolt nut 38 and second spring fixing bolt 39, pressure
The rear end of film shift fork 30 is provided with spill spin block 32, and spill spin block 32 is provided with impact block 33, and spill spin block 32 is provided with press mold shift fork regulating block
34, the outer end of spill spin block 32 is provided with guide 35, and the spring of eccentric part 31 and first is provided with press mold shift fork regulating block 34 and fixes spiral shell
Bolt 36, eccentric part 31 are provided with second spring fixing bolt 39, and spring 37 is placed on the first spring fixing bolt 36 and second spring
On fixing bolt 39；The front end of guide 35 is provided with notch, and the top of second spring fixing bolt 39 is embedded in the notch of guide 35
It is interior and locked by the regulating bolt nut 38 on guide 35；The front end of press mold shift fork 30 is in V-shape.
Described mould bottom plate 5 is provided with scraps of paper lifting body, and the scraps of paper lifting body is included in lower template 6
Alignment pin 43, the asperities region 42 on the top of lower template 6, the air holes in asperities region 42, the compressed air of the avris of lower template 6
Hole 45, air holes are led to the side of compressed air apertures 45, and top paper pin 40 is provided with the bottom of cope plate 29.
The operation principle of the lifting body is：Described electrothermal tube 44 heats lower template 6, the heating of the scraps of paper 41 is promoted corrugation
The shaping of paper.After cope plate 29 presses down, top paper pin 40 and alignment pin 43 are respectively pressed into cope plate 29 and lower template 6.When
After cope plate 29 up lifts, top paper pin 40 and alignment pin 43 are built spring and extrude cope plate 29 and lower template 6 respectively.Positioning
Pin 43 positions the scraps of paper 41 for being just sent into template area, makes the scraps of paper 41 in corresponding position without offseting.When cope plate 29 has pressed paper
When piece 41 moves up, compressed air enters lower template 6 by compressed air apertures 45, then from the asperities area on the top of lower template 6
Hole in domain is blown out upwards, and the scraps of paper 41 are up blown afloat, and the scraps of paper 41 are attached on top paper pin 40, and now press mold shift fork 30 is past moves to right
It is dynamic, the scraps of paper 41 are released into bolster region.
The present invention operation principle be：Crank 15, intermediate connecting rod 16, rocking bar 18 form crank and rocker mechanism.With crank
15 rotation, drive rocking bar 18 to make linear reciprocation swing by intermediate connecting rod 16, by the 4th contiguous block 17, sliding sleeve 21, drive
Slide bar connecting plate 10 and its 7, shift forks 8 of paper feeding component being fixed in the above, make linear reciprocation swing on slide bar 23, realize
Flat paper sheet 41 is sent to the corrugated board sheet for being extruded in lower template 6 and having burr by shift fork 8, further through paper feeding component 7 after pressing
In press mold shift fork 30 corrugated board sheet pressed sent out into bolster region enter next station.
Because the front end of press mold shift fork 30 is in V-shape, so the scraps of paper are withstood in V grooves when press mold shift fork 30 is moved along
Push out.
When corrugated board sheet is sent out into bolster region, the press mold shift fork 30 in paper feeding component 7 is adjusted with press mold shift fork
Block 34 is at an angle.Collision part 24 before impact block 33 in paper feeding component 7 hits at preceding turning point, makes press mold shift fork 30
Rotate a certain angle, around the cope plate 29 being in pressed status during return.At the turning point of rear end, impact block 33 is again
The secondary rear collision part 11a for hitting rear end turning point, press mold shift fork 30 rotates again returns to original angle position.Pressure is formed with this
The reciprocally swinging circulation and paper feeding circulation of film shift fork 30.So spill spin block 32 makees reciprocating rotary switch with respect to press mold fork regulating block 34
Dynamic, eccentric part 31 makees reciprocating rotary swing with respect to press mold shift fork regulating block 34.
During work, swing of the swing of second spring fixing bolt 39 with lower moving guide 35 in paper feeding component 7, then band
Dynamic spill spin block 32, press mold shift fork 30, impact block 33 are swung.Regulating bolt nut 38 is used to adjust second spring fixing bolt 39
Amplitude of fluctuation.Described spring 37 is in extended state all the time, and with the reciprocating rotation of eccentric part 31, its length is with covariant
Change, pulling force follow change, and when second spring fixing bolt 39 contacts with regulating bolt nut 38, the length of spring 37 is most short, place
In lowest pull state, all revolving parts stop operating and are in poised state.
The present invention can also use the scraps of paper lifting body shown in Fig. 8 and Fig. 9.The scraps of paper lifting body is located at mould subiculum
On plate, including compression spring 55, top paper pin plate 56, cam 57, camshaft 58, spring pin hole is provided with mould bottom plate,
Lower template is provided with apical pore, and spring pin hole and apical pore are corresponding, and in spring pin hole, top paper pin plate 56 is provided with compression spring 55
Ejector pin, ejector pin passes through to be inserted into apical pore after the compression spring 55 in spring pin hole, and compression spring bottom peaks at paper pin
Plate inner face, the lower surface of top paper pin plate are peaked on cam 57, and cam 57 is on camshaft 58.
The operation principle of above-mentioned lifting body is：Described electrothermal tube 44 heats lower template 6, makes the heating promotion watt of the scraps of paper 41
The shaping of stupefied paper.Because compression spring 55 is in compressive state all the time, gives top paper pin plate 56 downward pressure, make top paper pin plate
56 bottom surfaces and the lower surface of cam 57 are in contact all the time.Camshaft 58 and cam 57 are rotated by external power supply, drives top paper
Pin plate 56 pumps.Cam 57 operates, paper feeding component 7 moves back and forth for regulation.When cope plate 29 lifts, pushes up paper pin plate 56
When contracting is under the surface of lower template 6 under top, the scraps of paper 41 are admitted in lower template 6；When being lifted on cope plate 29, top paper pin plate 56
Upper top jacks up the scraps of paper 41, and paper feeding component 7 pushes out the scraps of paper 41.
The present invention can also use the longitudinally reciprocal lifting assembly shown in Figure 10 and Figure 11, and it is solid that it includes cylinder 59, cylinder
Fixed board 60 and cylinder solenoid valve, in frame, air cylinder fixed plate 60 is used to fix cylinder 59, the piston and mould of cylinder 59 cylinder
Tool mounting plate 4 connects, and cope plate 29 is fixed on the lower section of mould mounting plate 4, and cylinder 59 is connected with cylinder solenoid valve.
The operation principle of above-mentioned longitudinally reciprocal lifting assembly is cylinder piston is back and forth transported by the control of cylinder solenoid valve
Dynamic driven mold mounting plate 4 and cope plate 29 move back and forth, and realize the function of continuous paper-pressing sheet 41.
The present invention can also use the paper feeding component shown in Fig. 5, Fig. 6 and Fig. 7, and it includes press mold shift fork 46, rolling member 47,
Spring fixing bolt 48, spring 49, regulating block 50, connecting rod 51, press mold shift fork regulating block 52, fixture 53, rotating shaft 54, are being pressed
The front end of film shift fork 46 is provided with V-groove.
The operation principle of above-mentioned paper feeding component is：When paper feeding component 7 moves forward, cope plate 29 moves up, on press mold fork 46
V-groove withstand the corrugated board sheet 41 pressed, corrugated board sheet 41 is sent out into bolster region.When paper feeding component 7 back moves
When, cope plate 29 is pushed, and the rolling member 47 on press mold shift fork 46 touch the rolling of the side of cope plate 29, and spring 49 is gradually drawn
Stretch.When rolling member 47 leaves 29 side of cope plate, press mold shift fork 46 rotates under the pulling force effect of spring 49 along rotating shaft 54, until
Run into regulating block 50.The circulation of push corrugated board sheet 41 is realized with this.
Claims (8)
1. a kind of scraps of paper embossing and transport mechanism, including scraps of paper embossing membrane module, longitudinally reciprocal lifting assembly and paper feeding group
Part, it is characterised in that described scraps of paper embossing membrane module includes mould mounting plate, mould bottom plate, cope plate and lower template,
Cope plate is located at mould mounting plate bottom, and lower template is located at mould bottom plate top, and cope plate is against lower template；Described longitudinal direction
Reciprocal lifting assembly includes upper lever, fixed connecting base, drive link, longitudinal elevating mechanism, middle fixed seat, guide pillars and bushes,
Fixed connecting base lower end is located at the side of mould bottom plate, and the upper end of middle fixed seat passes through the first contiguous block and upper lever pivot
Connect, the other end of upper lever is pivotally connected by the second contiguous block and drive link；Transmission rod aperture is provided with the opposite side of mould bottom plate,
Drive link is connected through transmission rod aperture with elevating mechanism.
2. scraps of paper embossing according to claim 1 and transport mechanism, it is characterised in that described guide pin bushing and guide pillar respectively has
Four, a guide pin bushing is respectively provided with four angles of mould mounting plate, being respectively provided with one on four angles of mould bottom plate leads
Post, each guide pin bushing are placed in corresponding guide pillar.
3. scraps of paper embossing according to claim 1 and transport mechanism, it is characterised in that described longitudinal elevating mechanism bag
Eccentric wheel, camshaft, lower lever, the 3rd contiguous block and bearing are included, for eccentric wheel on camshaft, lower lever one end passes through bearing
It is pivotally connected with eccentric wheel, the other end is pivotally connected by the 3rd contiguous block and drive link.
4. scraps of paper embossing according to claim 1 and transport mechanism, it is characterised in that described paper feeding component includes sending
Paper device, slide bar, paper feeding piece slide bar connecting plate, slide bar fixed plate, connecting rod, sliding sleeve and horizontal elevating mechanism, feeder are located at and sent
On scraps of paper slide bar connecting plate, slide bar connecting plate avris is provided with sliding sleeve, and slide bar connecting plate is placed on slide bar by sliding sleeve, slide bar front end
Provided with slide bar fixed plate, slide bar connecting plate is connected with horizontal elevating mechanism；Described slide bar has two, is respectively arranged on mould subiculum
Two sides of plate.
5. scraps of paper embossing according to claim 4 and transport mechanism, it is characterised in that described horizontal elevating mechanism bag
Crank, intermediate connecting rod, rocking bar and the 4th contiguous block are included, crank is connected by intermediate connecting rod with rocking bar, and rocking bar passes through the 4th connection
Block is pivotally connected with slide bar connecting plate；In described slide bar fixed plate two sides be respectively provided with a shift fork, be respectively provided with one after collide
Part.
6. scraps of paper embossing according to claim 4 and transport mechanism, it is characterised in that described feeder includes press mold
Shift fork, eccentric part, spill spin block, impact block, press mold shift fork regulating block, guide, the first spring fixing bolt, spring, regulation spiral shell
Bolt nut and second spring fixing bolt, press mold shift fork rear end are provided with spill spin block, and spill spin block is provided with impact block, set on spill spin block
There is press mold shift fork regulating block, spill spin block outer end is provided with guide, and eccentric part and the first spring are provided with press mold shift fork regulating block
Fixing bolt, eccentric part are provided with second spring fixing bolt, and spring is placed on the first spring fixing bolt and second spring is fixed
On bolt；Guide front end is provided with notch, and the top of second spring fixing bolt is in the notch of guide and by located at leading
To the regulating bolt nut check on part；The front end of press mold shift fork is in V-shape.
7. scraps of paper embossing according to claim 1 and transport mechanism, it is characterised in that before described mould bottom plate
The side of portion two is respectively provided with a preceding collision part；Rectangular Spring is provided with drive link upper end；Electrothermal tube is provided with lower template.
8. scraps of paper embossing according to claim 4 and transport mechanism, it is characterised in that set on described mould bottom plate
There is scraps of paper lifting body, a kind of described lifting body includes the alignment pin in lower template, the asperities on lower template top
Region, the air holes in asperities region, the compressed air apertures of lower template avris, air holes is led to compressed air apertures side, in cope plate
Bottom is provided with top paper pin；Or described another lifting body includes compression spring, top paper pin plate, cam, camshaft, in mould
Bottom plate is provided with spring pin hole, apical pore is provided with lower template, spring pin hole and apical pore are corresponding, and compression spring is located at spring catch
In hole, top paper pin plate is provided with ejector pin, and ejector pin passes through to be inserted into apical pore after the compression spring in spring pin hole, compresses bullet
Spring bottom peaks at paper pin plate inner face, and the lower surface of top paper pin plate is peaked on cam, and cam is on camshaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510396266.7A CN104985876B (en) | 2015-07-08 | 2015-07-08 | A kind of scraps of paper embossing and transport mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510396266.7A CN104985876B (en) | 2015-07-08 | 2015-07-08 | A kind of scraps of paper embossing and transport mechanism |
Publications (2)
| Publication Number | Publication Date |
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| CN104985876A CN104985876A (en) | 2015-10-21 |
| CN104985876B true CN104985876B (en) | 2018-02-06 |
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| CN201510396266.7A Active CN104985876B (en) | 2015-07-08 | 2015-07-08 | A kind of scraps of paper embossing and transport mechanism |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105415759A (en) * | 2015-12-24 | 2016-03-23 | 嘉兴市新发现机械制造有限公司 | Rotary disc-type embossing mechanism |
| CN106079587A (en) * | 2016-08-05 | 2016-11-09 | 嘉兴市新发现机械制造有限公司 | Impression wrapper |
| CN108081674A (en) * | 2016-11-19 | 2018-05-29 | 天津欧津汇溢市场调查有限公司 | A kind of technological service carton decorative pattern machine |
| CN113635607A (en) * | 2021-07-30 | 2021-11-12 | 浙江新发现机械制造有限公司 | Square leaf edge sealing device |
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| DE69511489T2 (en) * | 1994-08-02 | 2000-04-13 | Toppan Printing Co Ltd | Insulated cup and process for its manufacture |
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| JP2000153564A (en) * | 1998-11-19 | 2000-06-06 | Masaru Endo | Manufacturing facility for embossed product |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE69511489T2 (en) * | 1994-08-02 | 2000-04-13 | Toppan Printing Co Ltd | Insulated cup and process for its manufacture |
| CN1944042A (en) * | 2006-10-22 | 2007-04-11 | 林泠镪 | Corrugated paper cup sleeve machine and its producing method |
| CN101391494A (en) * | 2008-10-27 | 2009-03-25 | 张鹏伟 | Composite paper-cup forming machine with corrugated coat |
| CN101889806A (en) * | 2010-07-07 | 2010-11-24 | 李海兵 | Corrugated insulated paper cup and paper cup forming machine preparing same |
| CN202507605U (en) * | 2012-03-22 | 2012-10-31 | 浙江沃莱菲装饰材料有限公司 | Wallpaper impression testing equipment |
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| Publication number | Publication date |
|---|---|
| CN104985876A (en) | 2015-10-21 |
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