CN202702854U - Cold wave type gold blocking mechanism - Google Patents
Cold wave type gold blocking mechanism Download PDFInfo
- Publication number
- CN202702854U CN202702854U CN 201220295692 CN201220295692U CN202702854U CN 202702854 U CN202702854 U CN 202702854U CN 201220295692 CN201220295692 CN 201220295692 CN 201220295692 U CN201220295692 U CN 201220295692U CN 202702854 U CN202702854 U CN 202702854U
- Authority
- CN
- China
- Prior art keywords
- wallboard
- circle
- deflector roll
- roll
- rear wall
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Laminated Bodies (AREA)
Abstract
The utility model discloses a cold wave type gold blocking mechanism. An aluminum foil unwinding device (51) is arranged on one side of the upper portion between a front wallboard (42) and a back wallboard (1), the other side of the upper portion between the front wallboard (42) and the back wallboard (1) is provided with a scrap winding device (52), a rotary pressing roller compound device (53) and a rotary pressing roller peeling device (54) are respectively arranged on the lower portion between the front wallboard and the back wallboard through two ends of a compound peeling wallboard (13), ultraviolet light boxes (26) are arranged between the front wallboard and the back wallboard and between the rotary pressing roller compound device (53) and the rotary pressing roller peeling device (54), the compound peeling wallboard (13) is arranged on a lower guide rail (27) through a lower guide rail sliding block (16), and the lower guide rail sliding block is connected with a synchronous moving transmission device (55). The cold wave type gold blocking mechanism accurately achieves match between cold wave time and cold wave temperature, improves blocking firmness and definition of a graphic profile, and improves printing effects and printing quality.
Description
Technical field
The present invention relates to the printing packaging field, specifically relate to a kind of gold stamping mechanism that uses at printing packaging.
Background technology
Along with the raising of national economy, the development of press-packaging industry, to the packing instructions of product be: top grade, fineness, environmental protection, rich personalized.In the post-press finishing of packaging product, hot stamping process is liked on the top grades such as cigarette-brand, medicine, cosmetics packing application being arranged by people because of its unique surface finish effect.That hot stamping process refers to is gold stamping, scald the thermoprint production method of silver or other thermoprint material (usually embodying at aluminium foil), can be referred to as gilding technology.At present, gilding technology is generally the blanching formula, it is by heating template and aluminium foil being printed on the corresponding printing material, need to change different templates for different printing figure messages, the input cost of template is higher, and is difficult to accurately grasp the coupling between gold stamping device and hot pressure time and the blocking point, also has a lot of printing materials to meet heat and can shrink, be out of shape, thereby affected the definition of thermoprint fastness and picture and text profile, affected printing effect and the printing quality of printed matter.
Summary of the invention
The object of the invention is to overcome above-mentioned deficiency, the mould input cost is low, thermoprint firm and the gold stamping mechanism of cold wave formula of picture and text clear-cut and provide a kind of edition.
Purpose of the present invention realizes by following technical solution: the gold stamping mechanism of a kind of cold wave formula, comprise front wallboard, rear wall plate, top one side between described front wallboard and rear wall plate is equipped with the aluminium foil unwinding device, its opposite side is equipped with the waste material wrap-up, and round circle roll extrusion lamination device and the circle pressure circle roll extrusion stripping off device of pressing is equipped with respectively by being laminated with the two ends of peeling off wallboard in the bottom between described front wallboard and rear wall plate; On between described front wallboard and the rear wall plate and press circle roll extrusion lamination device and circle to press between the circle roll extrusion stripping off device at circle and locate to be equipped with ultraviolet lamp box, described being laminated with peeled off wallboard and is contained on the lower guideway by the lower guideway slide block, and this lower guideway slide block links to each other with the synchronizing moving conveyer.
After adopting the present invention, the picture and text on the printing material are by the hectographic printing realization of PS version mould, only need change different PS version moulds for different printing figure messages and get final product, and greatly reduce input cost; To printing material and aluminium foil through circle press that the roll extrusion of circle is laminated with, roll extrusion peel off mode with during the ultraviolet irradiation solidification, and can move working forms by floating, accurately realized the coupling between cold wave pressure time and the cold-hot stamping temperature, improved the definition of thermoprint fastness and picture and text profile, significantly promote printing effect and printing quality, had significant technological progress.
Description of drawings
The present invention is described in further detail below in conjunction with accompanying drawing and embodiment.
Fig. 1 is the installation perspective diagram of cold wave formula gilding technology of the present invention and gold stamping mechanism (service intermittent mode) thereof.
Fig. 2 is synchronizing moving conveyer among Fig. 1 and the power between the synchronous interaction transfer assembly figure that is connected.
The specific embodiment
The cold wave formula gilding technology of using on the printing packaging of the present invention is: at first, hectographic printing by PS version mould has been printed required picture and text at printing material, and (passing through feed mechanism) is coated with one deck glue (belong to the used glue of offset printing cold wave, its smearing thickness then reached by rule of thumb by the printing master worker hot stamping effects adds and subtracts) at the picture and text of this printing material; Then, this printing material (in lower floor) and aluminum foil material (on the upper strata) that scribbles one deck glue (on its picture and text) presses the mode that the circle roll extrusion is laminated with, ultraviolet lamp box shines, circle presses the circle roll extrusion to peel off to process through circle; Because the roll extrusion between the material is laminated with and the stickup effect of glue and aluminium foil being printed on the corresponding picture and text of printing material, by ultraviolet ray irradiation solidification and the roll extrusion lift-off processing of ultraviolet lamp box, obtain at last having on its picture and text the printing material of bronzing effect again.
Described circle presses the mode that the circle roll extrusion is laminated with, circle presses the circle roll extrusion to peel off to refer under the batch (-type) printing technology, its first aluminium foil unreels (for moving up and down), the circle of rear aluminum foil material and printing material presses the circle roll extrusion to be laminated with, (for move left and right) peeled off in roll extrusion again, rear waste material rolling (for moving up and down) for up and down or floating of left and right directions can move working forms.
With reference to Fig. 1 as can be known, the gold stamping mechanism of cold wave formula of the present invention that adopts according to described cold wave formula gilding technology, comprise front wallboard 42, rear wall plate 1 (and base 19), top one side between described front wallboard 42 and rear wall plate 1 is equipped with aluminium foil unwinding device 51, its opposite side is equipped with waste material wrap-up 52, bottom between described front wallboard 42 and rear wall plate 1 by be laminated with the two ends of peeling off wallboard 13 be equipped with respectively circle press circle roll extrusion lamination device 53 (at left ends) and circle press circle roll extrusion stripping off device 54 (at right-hand member, it is included in peel off rubber roll 29 and under peel off steel rider 28); On between described front wallboard 42 and the rear wall plate 1 and at circle, press circle roll extrusion lamination device 53 and circle to press to locate to be equipped with between the circle roll extrusion stripping off device 54 ultraviolet ray (UV) lamp box 26 (for the fixed installation form, do not move), described being laminated with peeled off wallboard 13 and is contained on the lower guideway 27 by lower guideway slide block 16, and this lower guideway slide block 16 (peeling off base plate 17 and lower Timing Belt pressing plate 21 by being laminated with) links to each other with synchronizing moving conveyer 55.
On this synchronizing moving conveyer 55 is contained between front wallboard 42 and the rear wall plate 1, it comprises that lower follower shaft 20, lower driven pulley 18, lower Timing Belt 22, lower driving wheel 24, lower drive sprocket axle 23, lower active motor 25 etc. connect to form, and lower guideway slide block 16 is peeled off base plate 17 and lower Timing Belt pressing plate 21 is contained on the lower Timing Belt by being laminated with.
Wherein: under the batch (-type) printing technology, described aluminium foil unwinding device 51, waste material wrap-up 52 are floating of above-below direction can move working forms, and described circle presses circle roll extrusion lamination device 53, circle to press circle roll extrusion stripping off device 54 to be floating of left and right directions can move working forms.Ultraviolet lamp box 26 is the fixed installation form, and circle presses circle roll extrusion lamination device 53 and circle to press circle roll extrusion stripping off device 54 can not touch mutually with ultraviolet lamp box 26 in moving horizontally process.
Described aluminium foil unwinding device 51 comprises and unreels air-expanding shaft 3, the deflector roll 4 of rectifying a deviation, unreels rubber roll 5, unreels steel rider 6, unreels deflector roll 7, be equipped with at described front wallboard 42 and rear wall plate 1 and unreel the guide rod 9 that floats and (be orthoscopic, on it is contained between the two guide rod fixed blocks 8), be equipped with and unreel the deflector roll 10 that floats (be two, unreel deflector roll 7 and be in this and two unreel the top of floating between the deflector roll) unreeling on the guide rod 9 that floats by unreeling floating seat 11 (its two ends).
Described waste material wrap-up 52 comprises winding inflatable shaft 43, rolling rubber roll 39, rolling steel rider 38, rolling deflector roll 57, at described front wallboard 37 and rear wall plate 1 rolling guide rod 47 (it is equipped with rolling guide rod fixed block 48 in two ends up and down) is housed, by rolling floating seat 49 (its two ends) the unsteady deflector roll 50 of rolling (be two, rolling deflector roll 57 is in the top between the unsteady deflector roll of this two rolling) is housed at rolling guide rod 47.
Described circle is pressed circle roll extrusion lamination device 53 to comprise cornerite dancer rools 12 (claiming again anti-crease rollers), is laminated with rubber roll 14 (upper), is laminated with steel rider 15 (lower).Cornerite dancer rools 12 (also along be laminated with peel off wallboard 13 move horizontally) is in and is laminated with the top of peeling off wallboard 13.
As shown in Figure 1 and Figure 2, in order to accelerate unreeling, be laminated with, peel off and the speed of rolling of printing material and aluminium foil, can between described front wallboard 42 and the rear wall plate 1 and between aluminium foil unwinding device 51 and waste material wrap-up 52, locate to be equipped with unwinding winding linkage 56; This unwinding winding linkage 56 comprises the upper rail 33 that is contained between front wallboard 42 and the rear wall plate 1, on this upper rail 33, by upper rail slide block 34 interlock deflector roll seat 36 is housed, interlock deflector roll 34 (being two that two ends up and down arrange) is housed on this interlock deflector roll seat 36, these interlock deflector roll seat 36 (by upper Timing Belt pressing plates 37) link to each other with synchronous interaction transfer assembly 58, and this synchronous interaction transfer assembly 58 (comprises follower shaft 41, upper driven pulley 40, upper Timing Belt 32, upper driving wheel 30, upper drive sprocket axle 31 grades connect to form) link to each other with described synchronizing moving conveyer 55 again.The lower outside synchronizing wheel 46 that is equipped with on the lower follower shaft 20 that is the upper outside synchronizing wheel 44 that is equipped with on the upper drive sprocket axle 31 of synchronous interaction transfer assembly by upper outside Timing Belt 45 and synchronizing moving conveyer 55 links to each other, forming the synchronous driving interlock of synchronizing moving conveyer 55 and synchronous interaction transfer assembly 58, (unreel, rolling) about the realization, about floating synchronously of (being laminated with, peeling off) can move and linkage work.
As shown in drawings, the operation principle of this gold stamping mechanism of cold wave formula is: unreel aluminium foil 2 (for dotted line represents) is housed on the air-expanding shaft, aluminium foil 2 successively through correction deflector roll 4, unreel rubber roll 5 and unreel between the steel rider 6, unreel unreeling of floating seat left end and float deflector roll again to the unreeling deflector roll 7 of top and to unreeling the unsteady deflector roll of unreeling of floating seat right-hand member, then pass through interlock deflector roll, the second deflector roll 62 that the first deflector roll 61 arrives the deflector roll seat lower end of linking; Then, aluminium foil 2 enters by the cornerite dancer rools and is laminated with rubber roll 14 and is laminated with (aluminium foil is on the upper strata) between the steel rider 15 and presses the circle mode to carry out roll extrusion with the printing material 65 (in lower floor) that scribbles one deck glue (on its picture and text) through circle to be laminated with; Normal temperature, cold wave, solidification that two materials 66 after being laminated with shine by the ultraviolet ray of ultraviolet lamp box again, has the printing material of bronzing effect on its picture and text that obtain by peeling off rubber roll and peeling off roll extrusion derivation between the steel rider, the rolling that 67 in its waste material interlock deflector roll, the 4th deflector rolls by the 3rd deflector roll, interlock deflector roll seat upper end enter rolling floating seat left end is floated deflector roll, rolling deflector roll to the rolling of the rolling floating seat right-hand member deflector roll that floats, again through between rolling rubber roll and the rolling steel rider and be rolled onto on the winding inflatable shaft.
Wherein, under the batch (-type) printing technology, aluminium foil 2 fluctuates at unsteady guide rod along with unreeling floating seat, material 66 after being laminated with is peeled off wallboard and is made move left and right by lower guideway slide block (being driven by the synchronizing moving conveyer) at lower guideway 24 along with being laminated with, waste material 67 is along with the rolling floating seat fluctuates at the rolling guide rod, and the front portion of the rear portion of aluminium foil 2, waste material 67 is respectively along with the interlock deflector roll on the interlock deflector roll seat fluctuates at upper rail.When being laminated with when peeling off wallboard and moving right, then link deflector roll seat and interlock deflector roll float downwards.
The intermittent feeding of above-mentioned each material, a little batch turning is then by the rotation direction of lower motor, the motion that rotation speed change is regulated and control lower Timing Belt again, controls to be laminated with and peels off wallboard, unreels floating seat, the movement of rolling floating seat and interlock deflector roll seat, floats to realize.
Claims (4)
1. gold stamping mechanism of cold wave formula, comprise front wallboard (42), rear wall plate (1), it is characterized in that: top one side between described front wallboard (42) and rear wall plate (1) is equipped with aluminium foil unwinding device (51), its opposite side is equipped with waste material wrap-up (52), and circle pressure circle roll extrusion lamination device (53) and circle pressure circle roll extrusion stripping off device (54) are equipped with respectively by being laminated with the two ends of peeling off wallboard (13) in the bottom between described front wallboard (42) and rear wall plate (1); Upward and between circle pressure circle roll extrusion lamination device (53) and circle pressure circle roll extrusion stripping off device (54) locating to be equipped with ultraviolet lamp box (26) between described front wallboard (42) and the rear wall plate (1), described being laminated with peeled off wallboard (13) and is contained on the lower guideway (27) by lower guideway slide block (16), and this lower guideway slide block (16) links to each other with synchronizing moving conveyer (55).
2. the gold stamping mechanism of cold wave formula according to claim 1, it is characterized in that: under the batch (-type) printing technology, described aluminium foil unwinding device (51), waste material wrap-up (52) are floating of above-below direction can move working forms, and described circle presses circle roll extrusion lamination device (53), circle to press circle roll extrusion stripping off device (54) to be floating of left and right directions can move working forms.
3. the gold stamping mechanism of cold wave formula according to claim 2, it is characterized in that: described aluminium foil unwinding device (51) comprises and unreels air-expanding shaft (3), the deflector roll of rectifying a deviation (4), unreels rubber roll (5), unreels steel rider (6), unreels deflector roll (7), be equipped with at described front wallboard (42) and rear wall plate (1) and unreel unsteady guide rod (9), unsteady guide rod (9) is upper to be equipped with and to unreel unsteady deflector roll (10) by unreeling floating seat (11) unreeling; Described waste material wrap-up (52) comprises winding inflatable shaft (43), rolling rubber roll (39), rolling steel rider (38), rolling deflector roll (57), at described front wallboard (37) and rear wall plate (1) rolling guide rod (47) is housed, by rolling floating seat (49) the unsteady deflector roll (50) of rolling is housed at rolling guide rod (47).
4. the gold stamping mechanism of cold wave formula according to claim 2 is characterized in that: going up between described front wallboard (42) and the rear wall plate (1) and locate to be equipped with unwinding winding linkage (56) between aluminium foil unwinding device (51) and waste material wrap-up (52); This unwinding winding linkage (56) comprises the upper rail (33) that is contained between front wallboard (42) and the rear wall plate (1), by upper rail slide block (34) interlock deflector roll seat (36) is housed at this upper rail (33), interlock deflector roll (34) is housed on this interlock deflector roll seat (36), this interlock deflector roll seat (36) links to each other with synchronous interaction transfer assembly (58), and this synchronous interaction transfer assembly (58) links to each other with described synchronizing moving conveyer (55) again.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220295692 CN202702854U (en) | 2012-06-14 | 2012-06-14 | Cold wave type gold blocking mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220295692 CN202702854U (en) | 2012-06-14 | 2012-06-14 | Cold wave type gold blocking mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202702854U true CN202702854U (en) | 2013-01-30 |
Family
ID=47583189
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220295692 Expired - Fee Related CN202702854U (en) | 2012-06-14 | 2012-06-14 | Cold wave type gold blocking mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202702854U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102717616A (en) * | 2012-06-14 | 2012-10-10 | 浙江炜冈机械有限公司 | Cold-ironing type gold stamping technology and gold stamping mechanism thereof |
| CN103302961A (en) * | 2013-06-24 | 2013-09-18 | 浏阳市金仁竹木工艺品集团有限公司 | Stereoscopic stamping machine for printing paste overcoating wooden moulding |
-
2012
- 2012-06-14 CN CN 201220295692 patent/CN202702854U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102717616A (en) * | 2012-06-14 | 2012-10-10 | 浙江炜冈机械有限公司 | Cold-ironing type gold stamping technology and gold stamping mechanism thereof |
| CN102717616B (en) * | 2012-06-14 | 2015-01-28 | 浙江炜冈机械有限公司 | Cold-ironing type gold stamping mechanism |
| CN103302961A (en) * | 2013-06-24 | 2013-09-18 | 浏阳市金仁竹木工艺品集团有限公司 | Stereoscopic stamping machine for printing paste overcoating wooden moulding |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102717616B (en) | Cold-ironing type gold stamping mechanism | |
| CN101092073B (en) | Multi purpose system and technique of processing printing surface with positioning function | |
| CN102529480B (en) | Surface calendering method of paper packaging material and device for implementing method | |
| CN201086446Y (en) | Multi-use printing surface processing apparatus | |
| CN204955630U (en) | Laminating machine compression fittings | |
| CN202642225U (en) | Full-automatic double-layer labeling machine | |
| CN105946325A (en) | Printing product two-side automatic film sealing device | |
| CN101642997B (en) | Laser moulding process and laser molding press of free-coating layer seamless holographic films | |
| CN105150671A (en) | Floating type roll paper hot stamping and die cutting integrated machine | |
| CN202702855U (en) | Material fast-conveying cold-stamping gold blocking mechanism | |
| CN206536968U (en) | The thermoprint mechanism of thermoprinting machine | |
| CN202702854U (en) | Cold wave type gold blocking mechanism | |
| CN207107012U (en) | The laminating machine of aluminium alloy label | |
| CN203526324U (en) | Roller press for producing ceiling radiant panel | |
| CN207105859U (en) | A kind of driving transmission structure of gilding press | |
| CN201432468Y (en) | Ultra-violet curing ink curing device | |
| CN202895897U (en) | Novel multipurpose hot-stamping die cutting machine | |
| CN205097266U (en) | Reciprocal cross cutting machine | |
| CN204547329U (en) | Embossing film-covering mechanism | |
| CN207207401U (en) | The cold wave apparatus of high speed die-cutting machine | |
| CN201538092U (en) | Coating layer free seamless holographic film laser mould press | |
| CN205892227U (en) | Digital printing of high -speed corrugated container board divides paper device | |
| CN205615147U (en) | Laminating machine with static -removing device | |
| CN108995342A (en) | The roll-forming equipment of plastic floor | |
| CN114771097A (en) | Cold stamping machine for multiple gold stamping patterns and printing method |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130130 Termination date: 20170614 |