CN204505668U - The multiple film device of horizontal type double-side - Google Patents
The multiple film device of horizontal type double-side Download PDFInfo
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- CN204505668U CN204505668U CN201420860133.1U CN201420860133U CN204505668U CN 204505668 U CN204505668 U CN 204505668U CN 201420860133 U CN201420860133 U CN 201420860133U CN 204505668 U CN204505668 U CN 204505668U
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Abstract
The utility model relates to the multiple film device of a kind of horizontal type double-side, it is characterized in that it comprises workbench, transfer film machine, lower film drawing device, on put film machine, upper film drawing device and film sticking apparatus, described workbench is provided with the passage run for sheet material, describedly transfer film machine, lower film drawing device and on put film machine, upper film drawing device lays respectively at the upper of passage, upper/lower positions, described lower film drawing device will transfer the film tensioning traction of film machine releasing to sheet material lower surface, described upper film drawing device be used for by put film machine release film tensioning traction to sheet material upper surface, the film that described film sticking apparatus is used for lower film drawing device and upper film drawing device are drawn is fitted in sheet material upper surface and lower surface.The utility model can reduce the height of equipment, reduces operation easier and danger, can also improve the quality of the multiple film of sheet material, reduction in the numbers of seconds simultaneously.
Description
Technical field
The utility model relates to the multiple film device of a kind of sheet material, particularly relates to the multiple film device of a kind of horizontal type double-side.Belong to sheet material compound film technology field.
Background technology
Existing market needs tank packaging material be all generally realize at sheet metal printed thereon pattern, the decorating printing of conventional metals thin plate all adopt one by one sheet material through bottoming, whitewash, multicolor overprint and glazing come.Adopt not only complex procedures in this way, the large efficiency of equipment investment is low, cost is high, and serious owing to whitewashing technique environmental pollution.Chinese utility model patent (patent No.: 200320123262.4) the multiple film device of tank sheet material coating machine longitudinal space keeping at two-side disclose a kind of on film first by the printed pattern of the method for intaglio, then on sheet metal, carry out the device of two-sided multiple film, simplifying the technique of thin plate decorating printing to a certain extent, decreasing because whitewashing the environmental pollution caused simultaneously.But there is following defect in this structure:
1, owing to adopting longitudinally two-sided multiple film, whole equipment is in height very high, and needing sheet material to guide to below equipment from eminence before carrying out two-sided multiple film, is all generally pass through artificial treatment, or increase guide to realize, cause the complexity of operation and bring potential safety hazard;
2, this equipment is that film first on sheet material two sides carries out itemize and leaves a blank, and be then compounded on sheet material at the film of leaving a blank many, cause the film bar after leaving a blank before compound, occurs displacement, the quality of the multiple film of impact, the defect rate of product is difficult to decline.
Summary of the invention
The purpose of this utility model is to overcome above-mentioned deficiency, provides a kind of horizontal type double-side multiple film device, can reduce the height of equipment, reduce operation easier and danger, can also improve the quality of the multiple film of sheet material, reduction in the numbers of seconds simultaneously.
The purpose of this utility model is achieved in that the multiple film device of a kind of horizontal type double-side, it is characterized in that it comprises workbench, transfer film machine, lower film drawing device, on put film machine, upper film drawing device and film sticking apparatus, described workbench is provided with the passage run for sheet material, describedly transfer film machine, lower film drawing device and on put film machine, upper film drawing device lays respectively at the upper of passage, upper/lower positions, described lower film drawing device will transfer the film tensioning traction of film machine releasing to sheet material lower surface, described upper film drawing device be used for by put film machine release film tensioning traction to sheet material upper surface, the film that described film sticking apparatus is used for lower film drawing device and upper film drawing device are drawn is fitted in sheet material upper surface and lower surface.
Described lower film drawing device and upper film drawing device include guide-in roller, compression cylinder, pressure roller, live-roller and outlet roller, described guide-in roller is for receiving the film put film machine and release, film is caused on live-roller simultaneously, described live-roller is connected by conveyer belt with outlet roller, described live-roller passes through driven by motor, the two ends of described pressure roller are connected with compression cylinder by a rotor plate
Described conveyer belt is provided with multiple by film absorption on a moving belt vacuumize hole, vacuumize hole and be connected with vacuum tank.
Be provided with to electrostatic rod contrary with sheet material electric charge in film strips in the exit position of described outlet roller.
Described film sticking apparatus comprises and lays respectively at the upper composite press roller above and below sheet material, lower composite press roller, and warm-up mill, described warm-up mill is installed on the below of composite press roller and the top of lower composite press roller respectively, and described upper composite press roller and lower composite press roller are all realized and plate compact by compression cylinder.
Described workbench being also provided with for cutting the front film cutting apparatus and reverse side film cutting apparatus that film leaves a blank to sheet material obverse and reverse, being provided with the vacuum waste-absorbing device that the useless film for being produced by device of leaving a blank siphons away in the exit position of described front film cutting apparatus and reverse side film cutting apparatus.
Described vacuum waste-absorbing device comprises the registration roller and vacuum stripping roller that are positioned at the upper and lower surface of sheet material, and is arranged on the waste suction conveyer belt of outside for being siphoned away by the useless film cut of vacuum stripping roller.
Described vacuum stripping roller comprises the positioning sleeve be nested with on locating shaft, and revolving sleeve and rubber sleeve, described revolving sleeve is connected by rolling bearing with between positioning sleeve, described rubber sleeve is nested with outside revolving sleeve, described revolving sleeve with rubber sleeve evenly offer multiple suction pore be radially communicated with, described positioning sleeve offers vacuum suction room respectively that be connected with suction pore and compresses air blowing chamber, described vacuum suction room is connected with vacuum equipment with compression gas blow pipe respectively by the vacuum suction pipe offered vertically on positioning sleeve with compression air blowing chamber, described vacuum suction room is positioned at the bottom of positioning sleeve.
The exit position of described workbench is provided with heat-shaping device, described heat-shaping device comprises the multiple lamina membranacea material after cutting film by leaving a blank to carry out the electromagnetic heating mechanism of heat fused and multiple lamina membranacea material is carried out the cooling body of cooling and shaping, described cooling body comprises cooling water tank, in cooling water tank, chill roll is set, chill roll is configured with press bonding roller, and cooling water tank discharging opening top is provided with squeeze roll.
Guider is provided with at the charging aperture of described workbench and discharge outlet, described guider comprises one end and workbench and is hinged and the lower compression roller group arranged along sheet material traffic direction and upper supporting roller group, described lower compression roller group and upper supporting roller group realize swinging up and down respectively by lower air cylinder and pop-up cylinder, described upper supporting roller group is laterally equipped with screw mandrel and guide rod, at the two ends of described screw mandrel, position limiting slide block is set respectively, described position limiting slide block is respectively arranged with the I-beam wheel for locating sheet material.
Compared with prior art, the utility model has following beneficial effect and is:
1, adopt the multiple film of horizontal type double-side to shorten the path of putting between film machine to film sticking apparatus, reduce the waste of sheet material and film, cost-saving;
2, the band vacuum hole conveyer belt in upper and lower film drawing device makes film transmit synchronism stability more, prevents the skew of pad pasting process, improves accuracy, and realizes automatic film transmitting;
3, adopt to leave a blank and cut film and leave a blank, more accurately, and coordinate vacuum waste clearing device automatically to remove to leave a blank the useless film of excision, need not labor cleaning, improve automaticity and production efficiency, speed of production can be further enhanced, reduce manually-operated insecurity simultaneously;
4, at charging aperture and the discharge outlet installation and guide device of device, the synchronous location of wide plate can be improved, be convenient to the stable of charging and discharging, improve precision and the quality of multiple lamina membranacea material offset printing.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of lower film drawing device in the utility model.
Fig. 3 is the structural representation of upper film drawing device in the utility model.
Fig. 4 is the structural representation of film sticking apparatus in the utility model.
Fig. 5 is the structural representation of vacuum waste-absorbing device in the utility model.
Fig. 6 is the structural representation of vacuum stripping roller in the utility model.
Fig. 7 is the structural representation of heat-shaping device in the utility model.
Fig. 8 is the structural representation of guider in the utility model.
Fig. 9 be remove roller in Fig. 8 after top view.
Wherein:
Workbench 1, transfer film machine 2, lower film drawing device 3, lower membrane guide-in roller 3.1, drop-down film compacting cylinder 3.2, drop-down mould roller 3.3, lower membrane live-roller 3.4, lower membrane outlet roller 3.5, lower membrane conveyer belt 3.6, lower membrane rotor plate 3.7, lower membrane vacuum tank 3.8, on put film machine 4, upper film drawing device 5, upper membrane guide-in roller 5.1, pull-up film compacting cylinder 5.2, pull-up mould roller 5.3, upper membrane live-roller 5.4, upper membrane outlet roller 5.5, upper membrane conveyer belt 5.6, upper membrane rotor plate 5.7, upper membrane vacuum tank 5.8, film sticking apparatus 6, upper composite press roller 6.1, lower composite press roller 6.2, warm-up mill 6.3, connecting plate 6.4, compression cylinder 6.5, passage 7, front film cutting apparatus 8, reverse side film cutting apparatus 9, vacuum waste-absorbing device 10, registration roller 10.1, vacuum stripping roller 10.2, waste suction conveyer belt 10.3, locating shaft 10.4, positioning sleeve 10.5, revolving sleeve 10.6, rubber sleeve 10.7, suction pore 10.8, vacuum suction room 10.9, compression air blowing chamber 10.10, vacuum suction pipe 10.11, compression gas blow pipe 10.12, electrostatic rod 11, heat-shaping device 12, electromagnetic heating mechanism 12.1, cooling body 12.2, cooling water tank 12.3, press bonding roller 12.4, chill roll 12.5, squeeze roll 12.6, guider 13, lower compression roller group 13.1, upper supporting roller group 13.2, lower air cylinder 13.3, pop-up cylinder 13.4, screw mandrel 13.5, guide rod 13.6, position limiting slide block 13.7, I-beam wheel 13.8, connecting rod 13.9.
Detailed description of the invention
See Fig. 1, the utility model relates to the multiple film device of a kind of horizontal type double-side, comprise workbench 1, transfer film machine 2, lower film drawing device 3, on put film machine 4, upper film drawing device 5 and film sticking apparatus 6.
Described workbench 1 is provided with the passage 7 run for sheet material, put film machine 4 on described and transfer the upper and lower position that film machine 2 lays respectively at passage 7, described upper film drawing device 5 and lower film balance 2 lay respectively at the upper and lower position of passage 7, described lower film drawing device 3 will transfer film tensioning traction that film machine 2 releases to sheet material lower surface, described upper film drawing device 5 for by put film tensioning traction that film machine 4 releases to sheet material upper surface, described film sticking apparatus 6 is fitted in sheet material upper surface and lower surface for the film of lower film drawing device 3 and upper film drawing device 5 being drawn.
See Fig. 2, described lower film drawing device 3 comprises lower membrane guide-in roller 3.1, drop-down film compacting cylinder 3.2, drop-down mould roller 3.3, lower membrane live-roller 3.4 and lower membrane outlet roller 3.5, described lower membrane guide-in roller 3.1 is for receiving the film of transferring film machine 2 and releasing, film is caused on lower membrane live-roller 3.4 simultaneously, described lower membrane live-roller 3.4 is connected by lower membrane conveyer belt 3.6 with lower membrane outlet roller 3.5, described lower membrane live-roller 3.4 passes through driven by motor, membrane rotor plate 3.7 and drop-down film compacting cylinder 3.2 are passed through in the two ends of described drop-down mould roller 3.3, by the effect of drop-down film compacting cylinder 3.2 by film compacting on lower membrane live-roller 3.4, described lower membrane conveyer belt 3.6 is provided with and multiplely vacuumizes hole, described multiple holes that vacuumize are connected with lower membrane vacuum tank 3.8, by vacuum suction by film absorption on a moving belt, be convenient to the transmission of film and prevent film from offseting, described lower membrane outlet roller 3.5 is for being sent to sheet material lower surface by film, in order to realize film automatic absorbing on sheet material, the exit position of described lower membrane outlet roller 3.5 is provided with an electrostatic rod 11 contrary with sheet material electric charge, electrostatic rod makes electric charge contrary with sheet material in film strips, thus with sheet material automatic absorbing.
See Fig. 3, described upper film drawing device 5 comprises membrane guide-in roller 5.1, pull-up film compacting cylinder 5.2, pull-up mould roller 5.3, upper membrane live-roller 5.4 and upper membrane outlet roller 5.5, described upper membrane guide-in roller 5.1 is for receiving the film put film machine 4 and release, film is caused on upper membrane live-roller 5.4 simultaneously, described upper membrane live-roller 5.4 is connected by upper membrane conveyer belt 5.6 with upper membrane outlet roller 5.5, described upper membrane live-roller 5.4 passes through driven by motor, membrane rotor plate 5.7 and pull-up film compacting cylinder 5.2 on one are passed through in the two ends of described pull-up mould roller 5.3, by the effect of pull-up film compacting cylinder 5.2 by film compacting on upper membrane live-roller 5.4, described lower membrane conveyer belt 5.6 arranges to offer and multiplely vacuumizes hole, described multiple holes that vacuumize are connected with upper membrane vacuum tank 5.8, by vacuum suction, film is adsorbed on conveyer belt 5.6, be convenient to the transmission of film and prevent film from offseting, described upper membrane outlet roller 5.5 is for being sent to sheet material upper surface by film, in order to realize film automatic absorbing on sheet material, the exit position of membrane outlet roller 5.5 is provided with an electrostatic rod 11 contrary with sheet material electric charge on described, make electric charge contrary with sheet material in film strips, thus with sheet material automatic absorbing.
Upper composite press roller 6.1 is comprised see film sticking apparatus described in Fig. 46, lower composite press roller 6.2 and warm-up mill 6.3, described upper composite press roller 6.1 is positioned at the top of sheet material, for film compacting that upper film drawing device 5 is drawn at sheet material upper surface, described lower composite press roller 6.2 is positioned at the below of sheet material, for film compacting that lower film drawing device 3 is drawn at sheet material lower surface, described warm-up mill 6.3 is installed on the below of composite press roller 6.1 and the top of lower composite press roller 6.2 respectively, film and sheet material compound is convenient on the one hand to sheet material heating, on the other hand by film and plate compact, described upper composite press roller 6.1 is connected with compression cylinder 6.5 respectively by a plate 6.4 with the two ends of lower composite press roller 6.2, connecting plate 6.4 is fixed on workbench 1 by bearing pin, can be rotated around with workbench 1 tie point by the promotion of compression cylinder 6.5, thus drive upper composite press roller 6.1 to press down film and plate compact and driving down composite press roller 6.2 is pressed film and plate compact.
See Fig. 1, described workbench 1 is also provided with for cutting the front film cutting apparatus 8 and reverse side film cutting apparatus 9 that film leaves a blank to sheet material obverse and reverse, be provided with vacuum waste-absorbing device 10 in the exit position of described front film cutting apparatus 8 and reverse side film cutting apparatus 9, siphon away for the useless film that device of leaving a blank is produced.
See Fig. 5-Fig. 6, described vacuum waste-absorbing device 10 comprises registration roller 10.1, vacuum stripping roller 10.2 and waste suction conveyer belt 10.3, described registration roller 10.1 and vacuum stripping roller 10.2 are positioned at the upper of multiple lamina membranacea material, lower surface, be positioned at the vacuum waste-absorbing device 10 of front film cutting apparatus 8 exit position, its vacuum stripping roller 10.2 is positioned at the upper surface of multiple lamina membranacea material, be positioned at the vacuum waste-absorbing device 10 of reverse side film cutting apparatus 9 exit position, its vacuum stripping roller 10.2 is positioned at the lower surface of multiple lamina membranacea material, described waste suction conveyer belt 10.3 is arranged on the outside of vacuum stripping roller 10.2, by offer on waste suction conveyer belt 10.3 vacuumize hole coordinate vacuum tank the useless film cut is siphoned away, vacuum stripping roller 10.2 has multiple, be arranged on workbench 1 by locating shaft 10.4, described vacuum stripping roller 10.2 comprises the positioning sleeve 10.5 be nested with on locating shaft 10.4, and revolving sleeve 10.6 and rubber sleeve 10.7, described revolving sleeve 10.6 is connected by rolling bearing with between positioning sleeve 10.5, described rubber sleeve 10.7 is nested with outside revolving sleeve 10.6, described revolving sleeve 10.6 with rubber sleeve 10.7 evenly offer multiple suction pore 10.8 be radially communicated with, described positioning sleeve 10.5 offers vacuum suction room 10.9 respectively that be connected with suction pore 10.8 and compresses air blowing chamber 10.10, described vacuum suction room 10.9 is connected with vacuum equipment with compression gas blow pipe 10.12 respectively by the vacuum suction pipe 10.11 offered vertically on positioning sleeve 10.5 with compression air blowing chamber 10.10, described vacuum suction room 10.9 is positioned at the bottom of positioning sleeve 10.5, due to vacuum stripping roller 10.2 and multiple film plate compact, producing frictional force when multiple lamina membranacea material runs drives vacuum stripping roller 10.2 to rotate, when cutting the suction and exhaust ports of useless film bottom vacuum stripping roller 10.2 of film generation through film cutting apparatus of leaving a blank, useless film is adsorbed on roller wall by the negative pressure produced by vacuum suction pipe 10.11, when useless film turns to when compressing suction and exhaust ports that air blowing chamber is connected with vacuum stripping roller 10.2, useless film to blow off the roller arm of vacuum stripping roller by the air-flow produced by compression gas blow pipe, the suction that waste suction conveyer belt 10.3 simultaneously produces will give up film absorption on a moving belt, complete vacuum stripping.
See Fig. 7, the exit position of described workbench 1 is provided with heat-shaping device 12, described heat-shaping device 12 comprises the electromagnetic heating mechanism 12.1 and cooling body 12.2 that adopt high-frequency electromagnetic induction heater to make, multiple lamina membranacea material after cutting film enters into electromagnetic heating mechanism 12.1 and quickly heats up to high temperature, realizes transient heating fusion; Described cooling body 12.2 comprises cooling water tank 12.3, press bonding roller 12.4 and chill roll 12.5, above-mentioned cooling water tank 12.3 adopts recirculated cooling water as cooling medium, chill roll 12.5 is set in cooling water tank 12.3, chill roll 12.5 part is dipped in below cooling water liquid level, chill roll 12.5 is configured with press bonding roller 12.4, and the multiple lamina membranacea material pile warp chill roll 12.5 after the heating of high-frequency electromagnetic induction heater to contact with cooling water and realizes instantaneous cooling and shape.Cooling water tank 12.3 discharging opening top is provided with squeeze roll 12.6, completes dehydration, dry from cooling water tank multiple lamina membranacea material out through this squeeze roll 12.6, thus realizes sheet material double face and answer film.
In practice, after water in cooling water tank 12.3 and the heat exchange of glazing sheet material, temperature can close to 100 DEG C, in order to realize effective utilization of heat energy, described cooling water tank 12.3 is provided with circulation water inlet pipe and water outlet pipe, by the hot water in cooling water tank 12.3, from outlet pipe discharge drawing-in system, other have the device of heating function, as dryer roll, heated flat complete machine, are again sent in cooler bin after heat exchange is cooled to 40 to 50 DEG C by water inlet pipe, move in circles, effectively can recycle the heat energy of 40%.
See Fig. 8-Fig. 9, for the ease of feeding and the location of wide plate, guider 13 is provided with at the charging aperture of described workbench 1 and discharge outlet, described guider 13 comprises one end and workbench 1 and is hinged and the lower compression roller group 13.1 arranged along sheet material traffic direction and upper supporting roller group 13.2, described lower compression roller group 13.1 and upper supporting roller group 13.2 realize swinging up and down respectively by lower air cylinder 13.3 and pop-up cylinder 13.4, described upper supporting roller group 13.2 is laterally equipped with screw mandrel 13.5 and guide rod 13.6, at the two ends of described screw mandrel 13.5, position limiting slide block 13.7 is set respectively, described position limiting slide block 13.7 is respectively arranged with the I-beam wheel 13.8 for locating sheet material, during sheet material motion, both sides of the edge lay respectively in the groove of I-beam wheel 13.8, described upper supporting roller group 13.2 is divided into two groups, left and right, be connected with position limiting slide block 13.7 respectively by connecting rod 13.9, slided by the transverse direction regulating the handwheel on screw mandrel 13.5 to realize position limiting slide block 13.7, drive the inside contraction of upper supporting roller group 13.2 and expand outwardly, thus realize feeding and the location of different wide plate, the described idler machining 13.1 that presses down is for being pressed on upper supporting roller group 13.2 by multiple lamina membranacea material.
Claims (10)
1. the multiple film device of horizontal type double-side, it is characterized in that it comprises workbench (1), transfer film machine (2), lower film drawing device (3), on put film machine (4), upper film drawing device (5) and film sticking apparatus (6), described workbench (1) is provided with the passage (7) run for sheet material, describedly transfer film machine (2), lower film drawing device (3) and on put film machine (4), upper film drawing device (5) lays respectively at the upper of passage (7), upper/lower positions, described lower film drawing device (3) will transfer film tensioning traction that film machine (2) releases to sheet material lower surface, described upper film drawing device (5) for by put film tensioning traction that film machine (4) releases to sheet material upper surface, described film sticking apparatus (6) is fitted in sheet material upper surface and lower surface for the film of lower film drawing device (3) and upper film drawing device (5) being drawn.
2. the multiple film device of a kind of horizontal type double-side according to claim 1, it is characterized in that described lower film drawing device (3) and upper film drawing device (5) include guide-in roller, compression cylinder, pressure roller, live-roller and outlet roller, described guide-in roller is for receiving the film put film machine and release, film is caused on live-roller simultaneously, described live-roller is connected by conveyer belt with outlet roller, described live-roller is by driven by motor, and the two ends of described pressure roller are connected with compression cylinder by a rotor plate.
3. the multiple film device of a kind of horizontal type double-side according to claim 2, it is characterized in that being provided with on described conveyer belt multiple by film absorption on a moving belt vacuumize hole, vacuumize hole and be connected with vacuum tank.
4. the multiple film device of a kind of horizontal type double-side according to Claims 2 or 3, is characterized in that being provided with the electrostatic rod (11) to contrary with sheet material electric charge in film strips in the exit position of described outlet roller.
5. the multiple film device of a kind of horizontal type double-side according to claim 1, it is characterized in that described film sticking apparatus (6) comprises and lay respectively at the upper composite press roller (6.1) above and below sheet material, lower composite press roller (6.2), and warm-up mill (6.3), described warm-up mill (6.3) is installed on the below of composite press roller (6.1) and the top of lower composite press roller (6.2) respectively, and described upper composite press roller (6.1) and lower composite press roller (6.2) are all realized and plate compact by compression cylinder (6.5).
6. the multiple film device of a kind of horizontal type double-side according to claim 1, it is characterized in that also being provided with on described workbench (1) for cutting the front film cutting apparatus (8) and reverse side film cutting apparatus (9) that film leaves a blank to sheet material obverse and reverse, being provided with the vacuum waste-absorbing device (10) that the useless film for being produced by device of leaving a blank siphons away in the exit position of described front film cutting apparatus (8) and reverse side film cutting apparatus (9).
7. the multiple film device of a kind of horizontal type double-side according to claim 6, it is characterized in that described vacuum waste-absorbing device (10) comprises the registration roller (10.1) and vacuum stripping roller (10.2) being positioned at the upper and lower surface of sheet material, and be arranged on the waste suction conveyer belt (10.3) of outside for being siphoned away by the useless film cut of vacuum stripping roller (10.2).
8. the multiple film device of a kind of horizontal type double-side according to claim 7, it is characterized in that described vacuum stripping roller (10.2) comprises the positioning sleeve (10.5) be nested with on locating shaft (10.4), and revolving sleeve (10.6) and rubber sleeve (10.7), be connected by rolling bearing between described revolving sleeve (10.6) with positioning sleeve (10.5), described rubber sleeve (10.7) is nested with at revolving sleeve (10.6) outward, described revolving sleeve (10.6) with rubber sleeve (10.7) evenly offer multiple suction pore (10.8) be radially communicated with, described positioning sleeve (10.5) offers vacuum suction room (10.9) respectively that be connected with suction pore (10.8) and compresses air blowing chamber (10.10), described vacuum suction room (10.9) is connected with vacuum equipment with compression gas blow pipe (10.12) respectively by the vacuum suction pipe (10.11) offered vertically on positioning sleeve (10.5) with compression air blowing chamber (10.10), described vacuum suction room (10.9) is positioned at the bottom of positioning sleeve (10.5).
9. the multiple film device of a kind of horizontal type double-side according to claim 1, it is characterized in that the exit position of described workbench (1) is provided with heat-shaping device (12), described heat-shaping device (12) comprises the multiple lamina membranacea material after cutting film by leaving a blank and carries out the electromagnetic heating mechanism (12.1) of heat fused and multiple lamina membranacea material carried out the cooling body (12.2) of cooling and shaping, described cooling body (12.2) comprises cooling water tank (12.3), chill roll (12.5) is set in cooling water tank (12.3), chill roll (12.5) is configured with press bonding roller (12.4), cooling water tank (12.3) discharging opening top is provided with squeeze roll (12.6).
10. the multiple film device of a kind of horizontal type double-side according to claim 1, it is characterized in that being provided with guider (13) at the charging aperture of described workbench (1) and discharge outlet, described guider (13) comprises one end and workbench (1) and is hinged and the lower compression roller group (13.1) arranged along sheet material traffic direction and upper supporting roller group (13.2), described lower compression roller group (13.1) and upper supporting roller group (13.2) realize swinging up and down respectively by lower air cylinder (13.3) and pop-up cylinder (13.4), described upper supporting roller group (13.2) is upper is laterally equipped with screw mandrel (13.5) and guide rod (13.6), at the two ends of described screw mandrel (13.5), position limiting slide block (13.7) is set respectively, described position limiting slide block (13.7) is respectively arranged with the I-beam wheel (13.8) for locating sheet material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420860133.1U CN204505668U (en) | 2014-12-31 | 2014-12-31 | The multiple film device of horizontal type double-side |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420860133.1U CN204505668U (en) | 2014-12-31 | 2014-12-31 | The multiple film device of horizontal type double-side |
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| Publication Number | Publication Date |
|---|---|
| CN204505668U true CN204505668U (en) | 2015-07-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420860133.1U Withdrawn - After Issue CN204505668U (en) | 2014-12-31 | 2014-12-31 | The multiple film device of horizontal type double-side |
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| CN (1) | CN204505668U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104494033A (en) * | 2014-12-31 | 2015-04-08 | 陈淼 | Horizontal type double-sided laminating device |
| CN105291239A (en) * | 2015-11-27 | 2016-02-03 | 淄博大创自动化科技有限公司 | Fan surface coating system for making folding fan |
-
2014
- 2014-12-31 CN CN201420860133.1U patent/CN204505668U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104494033A (en) * | 2014-12-31 | 2015-04-08 | 陈淼 | Horizontal type double-sided laminating device |
| CN105291239A (en) * | 2015-11-27 | 2016-02-03 | 淄博大创自动化科技有限公司 | Fan surface coating system for making folding fan |
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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 |
Granted publication date: 20150729 Effective date of abandoning: 20161012 |
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