CN205705642U - The improved structure of high speed make-up machine - Google Patents
The improved structure of high speed make-up machine Download PDFInfo
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- CN205705642U CN205705642U CN201620256644.1U CN201620256644U CN205705642U CN 205705642 U CN205705642 U CN 205705642U CN 201620256644 U CN201620256644 U CN 201620256644U CN 205705642 U CN205705642 U CN 205705642U
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Abstract
The improved structure of high speed make-up machine, including bearing, film conveying mechanism, feeding pressure mechanism, thermal composite machine structure, embossing mechanism and furling mechanism；Film conveying mechanism includes the first conveying mechanism and second conveyor structure；Feeding pressure mechanism includes two pressure rollers being oppositely arranged, and forms a pressing gap between two pressure rollers；Described combined films moves to thermal composite machine structure, embossing mechanism under the effect of described pull strength successively and furls to furling mechanism；Thermal composite machine structure includes heating roller and heating mantles, is installed with multiple infrared gilded lamp tube in heating mantles.The improvement mechanism of high speed make-up machine of the present utility model, it can produce thin film, and degree of adhesion is higher, and embossing is clear.
Description
Technical field
This utility model relates to make-up machine technical field, is specifically related to the improved structure of a kind of high speed make-up machine.
Background technology
Existing make-up machine is typically by several thin film introducing mechanisms, several thin film preheating mechanisms, thermal composite machine structure, cooling body, protecting film composite structure, rolling-up mechanism forms, during work, the multiple thin film corresponding thin film preheating mechanism of importing is preheated by several thin film introducing mechanisms, then be simultaneously directed thermal composite machine structure carry out heat fusing be combined, laminated film after Fu He imports cooling body and cools down, while cooling body cools down, protecting film is sticked toward compound film surface by protecting film composite structure, laminated film after cooling is by rolling-up mechanism rolling completely, back segment at thermal composite machine structure is provided with embossing mechanism, also to compare in temperature and suppressing decorative pattern on high laminated film.But the thin film degree of adhesion that existing make-up machine is typically produced is low, emboss weak effect.
Utility model content
For the deficiencies in the prior art, the improved structure of high speed make-up machine of the present utility model, it can efficiently produce thin film, improve degree of adhesion, and embossing is clear.
For achieving the above object, this utility model adopts the following technical scheme that
The improved structure of high speed make-up machine, bearing and the film conveying mechanism arranged along standoff length direction successively, feeding pressure mechanism, thermal composite machine structure, embossing mechanism and furling mechanism；Film conveying mechanism includes the first conveying mechanism for carrying face mask layer and for carrying the second conveyor structure of basal membrane layer；Feeding pressure mechanism includes two pressure rollers being oppositely arranged, and forms one for described face mask layer and basal membrane layer are pressed into the pressing gap of combined films between two pressure rollers；Thermal composite machine structure is for heating described combined films, and thermal composite machine structure includes heating roller and is set in the heating mantles of outside, is installed with the multiple infrared gilded lamp tubes being positioned at above embossing mechanism in heating mantles；Described combined films is set around the surface of heating roller；Embossing mechanism is for carrying out embossed to described combined films.
Preferably, preheating mechanism it is provided with between film conveying mechanism and feeding pressure mechanism, including the first preheating wheel assembly and the second preheating wheel assembly in this preheating mechanism, the face mask layer that imports through film conveying mechanism, basal membrane layer is rotating around being located at the first preheating wheel assembly and the surface of the second preheating wheel assembly.
Preferably, the first preheating wheel assembly and the second preheating wheel assembly are formed by the first preheating wheel, the second preheating wheel and the 3rd preheating wheel, and the surface spraying of the second preheating wheel and the 3rd preheating wheel has teflon layer.
Preferably, film conveying mechanism also includes a second conveyor structure between the first conveying mechanism and the 3rd conveying mechanism, and this second conveyor structure is film layer in conveying.
Preferably, multiple infrared gilded lamp tubes include MID INFRARED gilded lamp tube and short infrared gilded lamp tube.
Preferably, infrared gilded lamp tube is four, and these four infrared gilded lamp tubes include three MID INFRARED gilded lamp tubes and a short infrared gilded lamp tube.
Preferably, being provided with cooling body between embossing mechanism and furling mechanism, this cooling body includes multiple multiple chill rolls arranged along standoff length direction, and described combined films is set around multiple chill roll surface successively.
Preferably, being provided with protecting film composite structure between embossing mechanism and cooling body, this protecting film composite structure is for protecting film layer of fitting on described combined films surface.
The beneficial effects of the utility model are:
Compared to prior art, the improvement mechanism of high speed make-up machine of the present utility model, its film conveying mechanism can carry face mask layer, basal membrane layer respectively, and the infrared gilded lamp tube that pressing is provided with the while of forming combined films at thermal composite machine structure under the effect of feeding pressure mechanism can carry out infrared heating to combined films, making its degree of adhesion higher, embossing is clear.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Wherein, 100, bearing；10, film conveying mechanism；11, the first conveying mechanism；12, the 3rd conveying mechanism；13, second conveyor structure；21, the first preheating wheel assembly；22, the 3rd preheating wheel assembly；23, the second preheating wheel assembly；30, feeding pressure mechanism；40, heating roller；41, heating mantles；42, infrared gilded lamp tube；50, embossing mechanism；60, protecting film composite structure；70, cooling body；80, furling mechanism.
Detailed description of the invention
Below, in conjunction with accompanying drawing and detailed description of the invention, this utility model is described further:
The improved structure of a kind of high speed make-up machine as shown in Figure 1, bearing 100 and the film conveying mechanism 10, feeding pressure mechanism 30, thermal composite machine structure, embossing mechanism 50 and the furling mechanism 80 that arrange along bearing 100 length direction successively, furling mechanism 80 is for providing a pull strength, in the present embodiment, above-mentioned bearing 100 is make-up machine lathe, and film conveying mechanism 10 can use delivery wheel to carry, feeding pressure mechanism 30 is the embossing machine being arranged on lathe.
Concrete film conveying mechanism 10 includes the first conveying mechanism 11 and second conveyor structure 13, and the first conveying mechanism 11 is used for carrying face mask layer, and second conveyor structure 13 is used for carrying basal membrane layer.It addition, feeding pressure mechanism 30 includes two pressure rollers being oppositely arranged, and can form a pressing gap between two pressure rollers, the above-mentioned face mask layer through film conveying mechanism 10 conveying and basal membrane layer pressing can form combined films in this pressing gap；Described combined films moves to thermal composite machine structure, embossing mechanism 50 under the effect of described pull strength successively and furls to furling mechanism 80.
Thermal composite machine structure includes heating roller 40 and heating mantles 41, this heating mantles 41 is sleeved on the outside of heating roller 40, and in heating mantles 41, it is provided with multiple infrared gilded lamp tube 42, so in described combined films, under described pull strength effect, winding is on heating roller 40, and being positioned at the infrared gilded lamp tube 42 above heating roller 40 described combined films can carry out infrared heating；And in the described combined films of infrared heating can go successively to entrance pressure stricture of vagina mechanism 50 under the effect of described pull strength, in embossing mechanism 50, carry out embossed, described combined films degree of adhesion so can be made high, and embossing is clear, effective.And the described combined films after embossing can furl in entering furling mechanism 80 under the effect of above-mentioned pull strength, complete the processing of film.In the present embodiment, this thermal composite machine structure can set the length direction along bearing two heating rollers are set, and the outside of two heating rollers is all set with heating mantles, wherein set in the heating mantles of film conveying mechanism and have plenty of common infrared heater, the above-mentioned multiple infrared gilded lamp tubes then arranged in the heating mantles near embossing mechanism, effect is more preferable.
Preferably, it is provided with preheating mechanism between film conveying mechanism 10 and feeding pressure mechanism 30, the first preheating wheel assembly 21 and the second preheating wheel assembly 23 is included in this preheating mechanism, so face mask layer and basal membrane layer through film conveying mechanism 10 importing can be rotating around being located at the first preheating wheel assembly 21 and surface of the second preheating wheel assembly, under the effect of each preheating wheel assembly, each film layer is carried out the pre-heat treatment, facilitating it to enter into feeding pressure mechanism 30 enough can be preferably by pressing, and degree of adhesion is more preferable.Further, above-mentioned first preheating wheel assembly 21 and the second preheating wheel assembly 23 can be formed by the first preheating wheel, the second preheating wheel and the 3rd preheating wheel, surface spraying at the second preheating wheel and the 3rd preheating wheel has teflon layer simultaneously, improve the industrial motility of preheating wheel temperature, it is to avoid because high temperature preheating produces sizing.
Make-up machine of the present utility model can be used for producing bilayer film, and in the present embodiment, when this machine can be used for producing three-layer thin-film, above-mentioned film conveying mechanism may also include a second conveyor structure 12 between the first conveying mechanism 11 and the 3rd conveying mechanism 13, this second conveyor structure 12 film layer in conveying, the film layer so entered in described pressing gap just can include that face mask layer, middle film layer and basal membrane layer, i.e. this make-up machine can produce the thin film of trilamellar membrane.Same, in order to centering film layer preheats, bearing also can be provided for pre-the 3rd preheating wheel assembly 22 hankering film layer.
Certainly, the temperature requirements of its heating of different products is different, therefore in order to improve the effect of infrared heating, above-mentioned multiple infrared gilded lamp tubes 42 specifically can use MID INFRARED gilded lamp tube 42 and the combination of short infrared gilded lamp tube 42.And in the present embodiment, then can be selected for four infrared gilded lamp tubes 42, these four infrared gilded lamp tubes 42 include three MID INFRARED gilded lamp tubes 42 and a short infrared gilded lamp tube 42.
Preferably, it is provided with cooling body 70 between embossing mechanism 50 and furling mechanism 80, this cooling body 70 includes multiple arranging multiple chill roll along bearing 100 length direction, described combined films is set around multiple chill roll surface successively in the effect of described pull strength, can cool down combined films before product furls.It addition, also can be provided with protecting film composite structure 60 between embossing mechanism 50 and cooling body 70, this protecting film composite structure 60 is for being bonded to described combined films surface, product play certain protective effect by protecting film laminating before carrying out cooling.
Preferably, the infrared lamp in this utility model is gold plating infrared fluorescent tube, the loss of the infrared tube radiation heating that gold plating infrared fluorescent tube can efficiently reduce, and preferably can heat combined films so that it is degree of adhesion is higher, and embossing is clear.
It will be apparent to those skilled in the art that can technical scheme as described above and design, make other various corresponding changes and deformation, and within all these changes and deformation all should belong to this utility model scope of the claims.
Claims (8)
1. the improved structure of high speed make-up machine, bearing and the film conveying mechanism arranged along standoff length direction successively, feeding pressure mechanism, thermal composite machine structure, embossing mechanism and furling mechanism；It is characterized in that, film conveying mechanism includes the first conveying mechanism for carrying face mask layer and for carrying the second conveyor structure of basal membrane layer；Feeding pressure mechanism includes two pressure rollers being oppositely arranged, and forms one for described face mask layer and basal membrane layer are pressed into the pressing gap of combined films between two pressure rollers；Thermal composite machine structure is for heating described combined films, and thermal composite machine structure includes heating roller and is set in the heating mantles of outside, is installed with the multiple infrared gilded lamp tubes being positioned at above embossing mechanism in heating mantles；Described combined films is set around the surface of heating roller；Embossing mechanism is for carrying out embossed to described combined films.
2. the improved structure of high speed make-up machine as claimed in claim 1, it is characterized in that, preheating mechanism it is provided with between film conveying mechanism and feeding pressure mechanism, including the first preheating wheel assembly and the second preheating wheel assembly in this preheating mechanism, the face mask layer that imports through film conveying mechanism, basal membrane layer is rotating around being located at the first preheating wheel assembly and the surface of the second preheating wheel assembly.
3. the improved structure of high speed make-up machine as claimed in claim 2, it is characterized in that, first preheating wheel assembly and the second preheating wheel assembly are formed by the first preheating wheel, the second preheating wheel and the 3rd preheating wheel, and the surface spraying of the second preheating wheel and the 3rd preheating wheel has teflon layer.
4. the improved structure of high speed make-up machine as claimed in claim 1, it is characterised in that film conveying mechanism also includes a second conveyor structure between the first conveying mechanism and the 3rd conveying mechanism, and this second conveyor structure is film layer in conveying.
5. the improved structure of high speed make-up machine as claimed in claim 1, it is characterised in that multiple infrared gilded lamp tubes include MID INFRARED gilded lamp tube and short infrared gilded lamp tube.
6. the improved structure of high speed make-up machine as claimed in claim 1, it is characterised in that infrared gilded lamp tube is four, and these four infrared gilded lamp tubes include three MID INFRARED gilded lamp tubes and a short infrared gilded lamp tube.
7. the improved structure of high speed make-up machine as claimed in claim 1, it is characterized in that, being provided with cooling body between embossing mechanism and furling mechanism, this cooling body includes multiple multiple chill rolls arranged along standoff length direction, and described combined films is set around multiple chill roll surface successively.
8. the improved structure of high speed make-up machine as claimed in claim 7, it is characterised in that be provided with protecting film composite structure between embossing mechanism and cooling body, this protecting film composite structure is for protecting film layer of fitting on described combined films surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201620256644.1U CN205705642U (en) | 2016-03-29 | 2016-03-29 | The improved structure of high speed make-up machine |
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| CN201620256644.1U CN205705642U (en) | 2016-03-29 | 2016-03-29 | The improved structure of high speed make-up machine |
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| CN205705642U true CN205705642U (en) | 2016-11-23 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108891078A (en) * | 2018-08-31 | 2018-11-27 | 汕头市万奇包装材料有限公司 | A kind of foaming laminating adhesive packing case base production equipment |
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2016
- 2016-03-29 CN CN201620256644.1U patent/CN205705642U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108891078A (en) * | 2018-08-31 | 2018-11-27 | 汕头市万奇包装材料有限公司 | A kind of foaming laminating adhesive packing case base production equipment |
| CN108891078B (en) * | 2018-08-31 | 2024-04-16 | 汕头市万奇包装材料有限公司 | Foaming complex film packing box base production facility |
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