CN112030132A

Movatterモバイル変換

Info

Publication number: CN112030132A
Application number: CN202010908652.0A
Authority: CN
Inventors: 张跃兵
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-09-02
Filing date: 2020-09-02
Publication date: 2020-12-04

Abstract

The invention relates to the field of aluminum plating, in particular to an aluminum plating device. The technical problems of the invention are as follows: an aluminum plating apparatus is provided. The technical scheme is as follows: an aluminizing device comprises a conveying roller mechanism, a primary aluminizing mechanism, a secondary aluminizing mechanism, a cooling and solidifying mechanism, a fastness detection mechanism, a communication cabin door and the like; the lower part of the bed plate of the working machine is welded with the supporting bottom feet. The invention realizes the double-sided aluminum plating of the plastic film, and quickly cools and solidifies the aluminum on the surface of the plastic film after one side of the plastic film is plated with aluminum, and then performs the aluminum plating operation on the other side of the plastic film, and quickly cools and solidifies again, thereby ensuring that the plastic film is constantly in a tight state in the aluminum plating process so as not to be dislocated, simultaneously avoiding aluminum plating on two sides of a conveying roller in the device by aluminum steam, and respectively detecting the fastness of the aluminum layers on two sides of the plastic film after quick cooling and solidification.

Description

Aluminum plating device

Technical Field

The invention relates to the field of aluminum plating, in particular to an aluminum plating device.

Background

The aluminizer is a bright metal color film formed by evaporating high-purity aluminum wires into a gaseous state at high temperature through a vacuum aluminizing process, and then precipitating gaseous aluminum molecules on the surface of a plastic film when the plastic film passes through a vacuum evaporation chamber.

At present, a vacuum film aluminizing device in the prior art can only carry out single-side film coating, but a plurality of application occasions need sheet-shaped base materials with double-side film coating, at this time, the vacuum film aluminizing device in the prior art can only carry out single-side film coating respectively, twice film coating causes low processing efficiency and can not meet production requirements, part of existing double-side film coating equipment can carry out one-time double-side film coating, but the equipment does not carry out cooling solidification treatment on an aluminized plastic film after one-time film coating, and directly carries out subsequent secondary aluminizing treatment, so that an aluminum layer on one side of the plastic film is not solidified, the surface of the aluminum layer which is not solidified is directly contacted with a next conveying roller, the aluminum layer on the surface of the aluminum layer which is not cooled and solidified is damaged, the aluminized film is not uniformly damaged, meanwhile, the phenomenon that the plastic film is not tightened in the film coating process, simultaneously because the unable accurate location spraying of aluminium steam air current direction leads to partial aluminium steam can spray to the naked position in transfer roller both sides that do not have the plastic film to cover, can lead to the aluminium lamination of transfer roller both sides to pile up more and more thickly, influences the problem of follow-up use.

In view of the above problems, we propose an aluminum plating apparatus.

Disclosure of Invention

In order to overcome the defects that the vacuum film aluminum plating device in the prior art can only perform single-side film plating, but a plurality of application occasions need sheet-shaped base materials with double-side film plating, at this time, the vacuum film aluminum plating device in the prior art can only perform single-side film plating respectively, the processing efficiency is low due to twice film plating, and the production requirements cannot be met, part of existing double-side film plating equipment can perform one-time double-side film plating, but the equipment does not perform cooling solidification treatment on an aluminized plastic film after the one-time film plating, and directly performs subsequent secondary aluminum plating treatment, so that an aluminum layer on one side of the plastic film is not solidified, and the surface of the aluminum layer which is not solidified is directly contacted with a next conveying roller, so that the aluminum layer of which the surface is not cooled and solidified is damaged, the aluminizer is damaged unevenly, and the phenomenon that the plastic film is not tightened in the film plating, meanwhile, because the air flow direction of the aluminum steam can not be accurately positioned and sprayed, partial aluminum steam can be sprayed to the exposed positions on the two sides of the conveying roller which is not covered by the plastic film, the aluminum layers on the two sides of the conveying roller can be accumulated to be thicker and thicker, and the subsequent use is influenced, and the technical problem of the invention is as follows: an aluminum plating apparatus is provided.

The technical scheme is as follows: an aluminizing device comprises a working machine bed plate, supporting bottom feet, a processing cabin body, an operation control screen, a conveying roller mechanism, a primary aluminizing mechanism, a secondary aluminizing mechanism, a cooling solidification mechanism, a fastness detection mechanism and a communication cabin door; the lower part of the bed plate of the working machine is welded with the supporting bottom feet; welding the upper part of the working machine tool plate with the processing cabin body; an operation control screen is arranged above the processing cabin body; the processing cabin body is connected with the communicating cabin door; the processing cabin is connected with the transmission roller mechanism; the processing cabin body is connected with the primary aluminum plating mechanism; the processing cabin is connected with a secondary aluminum plating mechanism; the secondary aluminum plating mechanism is connected with the primary aluminum plating mechanism; the processing cabin body is connected with the cooling solidification mechanism; the cooling solidification mechanism is connected with the secondary aluminum plating mechanism; the processing cabin body is connected with the fastness detection mechanism; the fastness detection mechanism is connected with the cooling solidification mechanism; the cooling solidification mechanism is connected with the primary aluminum plating mechanism; the conveying roller mechanism is connected with the fastness detection mechanism.

Optionally, the first driving ring mechanism comprises a ring frame plate, a first sliding shaft column, a first connecting plate, a first torsion spring rotating shaft, a middle connecting plate, a toggle rotating inserted bar, a second torsion spring rotating shaft, a second connecting plate and a second sliding shaft column; the ring frame plate is connected with the first sliding shaft column in a sliding manner; the first sliding shaft column is inserted into the first connecting shaft plate; the first connecting shaft plate is connected with the first torsion spring rotating shaft; the first torsion spring rotating shaft is connected with the middle connecting plate; the middle connecting plate is spliced with the poking and rotating inserted bar; the middle connecting plate is connected with a second torsion spring rotating shaft; the second torsion spring rotating shaft is connected with the second connecting shaft plate; the second connecting shaft plate is inserted with the second sliding shaft column; the second sliding shaft column is in sliding connection with the ring frame plate; the ring frame plate is connected with the first connecting column.

Optionally, the front sides of the first sliding sleeve block and the second sliding sleeve block are respectively provided with an electric push rod, and the front sides of the two groups of electric push rods are connected with the processing cabin body.

Optionally, the first coating baffle and the second coating baffle are provided with two groups.

Optionally, a camera is arranged below the fifth transmission gear and on the surface of the first communication pipe.

Has the advantages that: 1. in order to solve the problems that the vacuum film aluminum plating device in the prior art can only perform single-side film plating, but sheet-shaped substrates with double-side film plating are required in many application occasions, at this time, the vacuum film aluminum plating device in the prior art can only perform single-side film plating respectively, the processing efficiency is low due to twice film plating, and the production requirements cannot be met, part of existing double-side film plating equipment can perform one-time double-side film plating, but the equipment does not perform cooling solidification treatment on an aluminized plastic film after the one-time film plating, and directly performs subsequent secondary aluminum plating treatment, so that an aluminum layer on one side of the plastic film is not solidified, the surface of the aluminum layer which is not solidified is directly contacted with a next conveying roller, the aluminum layer on the surface of the equipment is not cooled and solidified, the aluminized film is damaged unevenly, meanwhile, the phenomenon that the plastic film is not tightened in the film plating process exists, meanwhile, the aluminum steam flow direction cannot be accurately positioned and sprayed, so that part of the aluminum steam can be sprayed to the exposed positions on the two sides of the conveying roller without being covered by the plastic film, the aluminum layers on the two sides of the conveying roller are accumulated to be thicker and thicker, and the subsequent use is influenced;

2. the method comprises the steps that a conveying roller mechanism, a primary aluminum plating mechanism, a secondary aluminum plating mechanism, a cooling solidification mechanism and a fastness detection mechanism are designed, the conveying roller mechanism is used for conveying a plastic film, then the primary aluminum plating mechanism is used for plating aluminum on one surface of the plastic film, the cooling solidification mechanism is used for cooling and solidifying the plastic film, then the secondary aluminum plating mechanism is used for plating aluminum on the other surface of the plastic film, then the cooling solidification mechanism is used for cooling and solidifying the plastic film again, after the double-surface aluminum plating of the plastic film is finished, the fastness detection mechanism is used for detecting the fastness of an aluminum-plated finished product film, and then the finished product;

3. realized two-sided aluminizing to plastic film to carry out the aluminium on one side aluminizing to plastic film and carry out the rapid cooling solidification to the aluminium on plastic film surface, then carry out the operation of aluminizing of plastic film another side again, carry out the rapid cooling solidification once more, guaranteed that plastic film is in the state of tightening constantly at the in-process of aluminizing and makes it can not misplace, avoided aluminizing of aluminium steam to the inside transfer roller both sides of device simultaneously, and carry out the effect that detects respectively to the aluminium layer fastness of two faces of plastic film after the rapid cooling solidification.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic structural view of a transfer roller mechanism of the present invention;

FIG. 3 is a schematic structural diagram of a primary aluminum plating mechanism according to the present invention;

FIG. 4 is a schematic structural diagram of a secondary aluminum plating mechanism according to the present invention;

FIG. 5 is a schematic structural diagram of a cooling and solidifying mechanism according to the present invention;

FIG. 6 is a schematic structural diagram of a fastness detection mechanism of the present invention;

fig. 7 is a schematic structural diagram of a first rotating ring driving mechanism according to the present invention.

The meaning of the reference symbols in the figures: 1. a working machine bed plate, 2, supporting feet, 3, a processing cabin body, 4, an operation control screen, 5, a conveying roller mechanism, 6, a primary aluminum plating mechanism, 7, a secondary aluminum plating mechanism, 8, a cooling solidification mechanism, 9, a fastness detection mechanism, 10, a communication cabin door, 501, an electric feeding roller, 502, a raw material film, 503, a first electric conveying roller, 504, a second electric conveying roller, 505, a third electric conveying roller, 506, a fourth electric conveying roller, 507, a fifth electric conveying roller, 508, a sixth electric conveying roller, 509, a seventh electric conveying roller, 5010, an electric winding roller, 601, a first cam, 602, a first driving wheel, 603, a first mobile control plate, 604, a first spring rod, 605, a first base sliding rail, 606, a first hollow frame plate, 607, a first sliding motion sleeve, 608, a first rotating shaft rod, 609, a first flat gear, 6010, a first toothed rod, 6011. a first bevel gear, 6012, a first connecting column, 6013, a first elastic sliding sleeve, 6014, a first sliding sleeve block, 6015, a first limiting sliding chute plate, 6016, a first electric grinding wheel, 6017, a first coating baffle, 6018, a first coating spraying cylinder, 6019, a first vacuum aluminizing machine, 6020, a first driving and rotating ring mechanism, 701, a second cam, 702, a second driving wheel, 703, a second mobile control plate, 704, a second spring rod, 705, a second base sliding rail, 706, a second hollow frame plate, 707, a second sliding motion sleeve, 708, a second rotating shaft rod, 709, a second flat gear, 7010, a second bevel gear, 7011, a second connecting column, 7012, a second elastic sliding sleeve, 7013, a second sliding sleeve block, 7014, a second limiting sliding chute plate, 7015, a second toothed bar, 7016, a second driving and rotating ring mechanism, 7017, a first bevel gear, 7018, a second bevel gear, a third bevel gear, a second coating baffle, 7020, 7021. a secondcoating spraying cylinder 7022, a second vacuumaluminum plating machine 7023, a secondelectric grinding wheel 801, apower motor 802, a third rotatingshaft rod 803, a fourthdriving wheel 804, a fifthdriving wheel 805, a first telescopic rotatingshaft 806, a first bearingframe plate 807, a firstelectric push rod 808, athird bevel gear 809, afourth bevel gear 8010, a firstelevating plate 8011, a second bearingframe plate 8012, afirst fan blade 8013, a first middle idle rotatingshaft rod 8014, a sixthdriving wheel 8015, a first innerinsertion nozzle plate 8016, a first communicatingpipe 8017, a second communicatingpipe 8018, a second innerinsertion nozzle plate 8019, a second middle idle rotatingshaft rod 8020, aseventh driving wheel 8021, a second insertingnozzle plate 8022, a third bearingframe plate 8023, aliquid nitrogen tank 8024, a propelling sleeve plate, 901, a working stand plate, 902, a fourth rotatingshaft rod 903, a curvedsliding rail rod 905, a eighth rotatingwheel 905, a fourth rotatingshaft rod 904, a curvedsliding rail rod 905, a fourth rotatingshaft rod 905, a fourth rotating shaft rod, a ninthdriving wheel 906, a tenthdriving wheel 907, afifth bevel gear 908, asixth bevel gear 909, an eleventhdriving wheel 9010, afirst driving gear 9011, asecond driving gear 9012, afirst friction roller 9013, a third spring bar, 9014, atwelfth driving wheel 9015, athird driving gear 9016, afourth driving gear 9017, asecond friction roller 9018, a lifting round-head sliding column, 9019, a first control rack plate, 9020, afifth driving gear 9021, a second control rack plate, 9022, a fourth spring bar, 9023, a dome-shaped convex sliding seat, 9024, a control sliding rod, 9025, a sliding limit sleeve, 9026, a sliding displacement column, 9027, a second overhead plate, 602001, a ring frame plate, 602002, a first sliding shaft column, 602003, a first connecting plate, 602004, a first torsion spring rotating shaft, 602005, amiddle connecting plate 602006, a shiftinginserting rod 602007, a second torsionspring connecting plate 602008 and a second connecting shaft, 602009, a second sliding axle post.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Example 1

When the aluminum plating device is used, the device is firstly stably fixed on a working plane, then a power supply is connected externally, theoperation control screen 4 is manually opened, firstly, a plastic film is manually fixed inside the device, then, a power supply inside the device is connected through theoperation control screen 4, then, firstly, theconveying roller mechanism 5 conveys the plastic film, secondly, the primaryaluminum plating mechanism 6 carries out one-side aluminum plating on the plastic film, thecooling solidification mechanism 8 carries out cooling solidification on the plastic film, secondly, thealuminum plating mechanism 7 carries out the other-side aluminum plating on the plastic film, then, thecooling solidification mechanism 8 carries out cooling solidification on the plastic film again, then, after the two-side aluminum plating of the plastic film is finished, thefastness detection mechanism 9 carries out fastness detection on an aluminum plating finished product film, then, the finished product film is collected by theconveying roller mechanism 5, the two-side aluminum plating on the plastic film is realized, and the aluminum on the surface, then the aluminizing operation of the other side of the plastic film is carried out, and the rapid cooling solidification is carried out again, so that the plastic film is ensured to be in a tight state constantly in the aluminizing process, the dislocation of the plastic film is avoided, the aluminizing of both sides of the conveying roller in the device by aluminum steam is avoided, and the aluminum layer fastness of the two sides of the plastic film is respectively detected after the rapid cooling solidification.

Firstly, controlling a firstvacuum aluminizing machine 6019 to eject aluminum vapor upwards to araw material film 502 conveyed on the lower roller surface of a secondelectric conveying roller 504 through a first aluminizingspraying barrel 6018, then after the first aluminizingspraying barrel 6018 ejects the aluminum vapor, because the ejection range of the first aluminizingspraying barrel 6018 is large, in order to ensure that the aluminum vapor is not ejected to the positions of two sides of the surface of the secondelectric conveying roller 504 where theraw material film 502 is not wound, further shielding the positions of two sides of the surface of the secondelectric conveying roller 504 where theraw material film 502 is not wound by a first aluminizingbaffle 6017, further accumulating part of the aluminum vapor ejected by the first aluminizingspraying barrel 6018 on the inner side surface of the firstaluminizing baffle 6017, after the aluminum accumulation is excessive, firstly, driving afirst transmission wheel 602 to rotate by afourth bevel gear 809, then driving afirst cam 601 to rotate, then driving afirst cam 601 to drive a firstmovable control plate 603 to slide leftwards above a firstbase slide rail 605, meanwhile, the firstmovable control plate 603 drives thefirst spring rod 604 to extend, then the firstmovable control plate 603 drives the firstengaging column 6012 to move leftward, and simultaneously the power supply of the firstelectric grinding wheel 6016 is switched on, the firstelectric grinding wheel 6016 rotates at a high speed, and then the firstengaging column 6012 drives the firstelectric grinding wheel 6016 to move to the position of the first coatedbaffle 6017, the firstelectric grinding wheel 6016 polishes the accumulated aluminum layer on the inner side surface of the first coatedbaffle 6017, and simultaneously the firstengaging column 6012 moves leftward inside the first elasticsliding sleeve 6013, and then the firstengaging column 6012 drives the first rotatingring mechanism 6020 to move to the outer side of the firstinclined wheel 6011, and then the firstinclined wheel 6011 drives the firstflat gear 609 to rotate through the first rotatingshaft 608, and then the firstflat gear 6010 rolls over thefirst toothed rod 6010, and then the firstflat gear 609 drives the first slidingsleeve 607 to slide forwards inside the firsthollow frame plate 606 through the first rotatingshaft 608, and then the first slidingsleeve 607 drives the first linkingcolumn 6012 to move forwards, that is, the first linkingcolumn 6012 drives the first slidingsleeve 6014 to move forwards inside the first limitingsliding chute plate 6015, and then the first linkingcolumn 6012 drives the firstelectric grinding wheel 6016 to move forwards, and then the firstelectric grinding wheel 6016 continuously pushes forwards, and then the aluminum layer thicker inside thefirst coating baffle 6017 is gradually pushed in layers to be polished and removed, so that the aluminum coating on one surface of the plastic film is completed, and the aluminum layer additionally sprayed to the inside of thefirst coating baffle 6017 is polished and separated.

Firstly, the second vacuumaluminum plating machine 7022 is controlled to downwards spray aluminum steam to theraw material film 502 conveyed on the roller surface above the sixthelectric conveying roller 508 through the secondcoating spraying cylinder 7021, aluminum plating operation is carried out on theraw material film 502, then after the aluminum steam is sprayed from the secondcoating spraying cylinder 7021, because the spraying range of the secondcoating spraying cylinder 7021 is large, in order to ensure that the aluminum steam cannot be sprayed to the positions, on the two sides, of the surface of the sixthelectric conveying roller 508, where theraw material film 502 is not wound, further the positions, on the two sides, where theraw material film 502 is not wound, of the surface of the sixthelectric conveying roller 508 are shielded by thesecond coating baffle 7020, further part of the aluminum steam sprayed from the secondcoating spraying cylinder 7021 is accumulated on the inner side surface of thesecond coating baffle 7020, after excessive aluminum accumulation, firstly thefirst driving wheel 602 drives thesecond driving wheel 702 to rotate, then thesecond driving wheel 702 drives thesecond cam 701 to rotate, then thesecond cam 701 drives the secondmobile control plate 703 to slide leftwards, meanwhile, the secondmovable control board 703 drives thesecond spring rod 704 to extend, then the secondmovable control board 703 drives the secondengaging column 7011 to move leftward, and simultaneously the secondelectric grinding wheel 7023 is powered on, the secondelectric grinding wheel 7023 rotates at a high speed, and then the secondengaging column 7011 drives the secondelectric grinding wheel 7023 to move to the position of the second coatedbaffle 7020, the secondelectric grinding wheel 7023 polishes the aluminum layer deposited on the inner side surface of the second coatedbaffle 7020, and simultaneously the secondengaging column 7011 moves leftward inside the second elastic slidingsleeve 7012, and then the secondengaging column 7011 drives the second rotatingring mechanism 7016 to move to the outer side position of the secondhelical gear 7010, and then the second rotatingring mechanism 7016 drives the secondhelical gear 7010 to rotate, and then the secondhelical gear 7010 drives the secondflat gear 709 to rotate through the second rotatingshaft rod 708, and then the secondflat gear 709 rolls on the lower side surface of the secondhelical gear 7015, and the secondflat gear 709 drives the secondsliding sleeve 707 to slide forward inside the secondhollow frame plate 706 through the second rotatingshaft rod 708, and then the second slidingsleeve 707 drives the secondengaging column 7011 to move forward, that is, the secondengaging column 7011 drives the second slidingsleeve 7013 to move forward inside the second limiting slidingchute plate 7014, and then the secondengaging column 7011 drives the secondelectric grinding wheel 7023 to move forward, and then the secondelectric grinding wheel 7023 continuously advances forward, so that the aluminum layer thicker inside the second film-coatedbaffle 7020 is gradually pushed and polished and removed in a layered manner, the aluminum plating on one side of the plastic film is completed, and the aluminum layer additionally sprayed to the inside of the second film-coatedbaffle 7020 is polished and separated.

The cooling and solidifyingmechanism 8 comprises apower motor 801, a third rotatingshaft rod 802, a fourthdriving wheel 803, a fifthdriving wheel 804, a first telescopicrotating shaft 805, a first bearingframe plate 806, a firstelectric push rod 807, athird bevel gear 808, afourth bevel gear 809, a firstelevating plate 8010, a second bearingframe plate 8011, afirst fan blade 8012, a first hollow rotatingshaft rod 8013, asixth driving wheel 8014, a first innerinserting nozzle 8015, a first communicatingpipe 8016, a second communicatingpipe 8017, a second innerinserting nozzle 8018, a second hollow rotatingshaft rod 8019, a seventhdriving wheel 8020, asecond fan blade 8021, a third bearingframe plate 8022, aliquid nitrogen tank 8023 and apropelling sleeve plate 8024; an output shaft of thepower motor 801 is rotationally connected with the third rotatingshaft rod 802; the outer surface of the third rotatingshaft rod 802 is sequentially sleeved with a fourthdriving wheel 803 and a fifthdriving wheel 804; the third rotatingshaft rod 802 is rotatably connected with the first telescopic rotatingshaft 805; the outer surface of the first telescopic rotatingshaft 805 is sleeved with a first bearingframe plate 806; the first bearingframe plate 806 is inserted into the firstelectric push rod 807; the outer surface of the first telescopic rotatingshaft 805 is sleeved with a pushingsleeve plate 8024; the pushingsleeve plate 8024 is inserted into the firstelectric push rod 807; the first telescopic rotatingshaft 805 is rotatably connected with thethird bevel gear 808; thethird bevel gear 808 is meshed with thefourth bevel gear 809; the outer annular surface of thefifth driving wheel 804 is in driving connection with thesixth driving wheel 8014 through a belt; the inner side of thesixth driving wheel 8014 is sleeved with the first hollow rotatingshaft 8013; the outer surface of the first hollow rotatingshaft rod 8013 is rotatably connected with the second bearingframe plate 8011; the first hollow rotatingshaft rod 8013 is rotatably connected with thefirst fan blade 8012; the secondbearing support plate 8011 is spliced with the first elevatedplate 8010; a first innerinserting nozzle 8015 is arranged inside the first hollow rotatingshaft rod 8013; the first innerinserting nozzle 8015 is inserted into the first communicatingpipe 8016; the first communicatingpipe 8016 is connected with the second communicatingpipe 8017; the first communicatingpipe 8016 is connected with theliquid nitrogen tank 8023; the second communicatingpipe 8017 is connected with the second innerinserting nozzle 8018; a second hollow rotatingshaft rod 8019 is arranged outside the second innerinserting nozzle 8018; the outer surface of the second hollow rotatingshaft rod 8019 is sleeved with aseventh driving wheel 8020; the second hollow rotatingshaft 8019 is rotatably connected to thesecond blade 8021; the outer surface of the secondhollow spindle lever 8019 is in rotatable connection with athird carrier plate 8022; the upper part of the third bearingsupport plate 8022 is connected with theprocessing cabin 3; theliquid nitrogen tank 8023 is connected with theprocessing cabin 3; the lower part of the first elevatedplate 8010 is connected with theprocessing cabin 3; the firstelevating plate 8010 is connected with thefastness detection mechanism 9; the lower part of thepower motor 801 is connected with theprocessing cabin 3; the lower part of the first bearingframe plate 806 is connected with theprocessing cabin 3; thefourth bevel gear 809 is connected with theprocessing cabin 3; afourth bevel gear 809 is connected with thefirst drive wheel 602; the fourthdriving wheel 803 is connected with thefastness detection mechanism 9; theseventh transmission wheel 8020 is connected to thethird transmission wheel 7019.

Firstly, controlling to switch on a power supply of apower motor 801, then thepower motor 801 drives a fifthdriving wheel 804 to rotate through a third rotatingshaft rod 802, further the fifth drivingwheel 804 drives asixth driving wheel 8014 to rotate, then thesixth driving wheel 8014 drives afirst fan blade 8012 to rotate through a first hollow rotatingshaft rod 8013, at the same time, a third drivingwheel 7019 drives aseventh driving wheel 8020 to rotate, then theseventh driving wheel 8020 drives asecond fan blade 8021 to rotate through a second hollow rotatingshaft rod 8019, simultaneously controlling to open aliquid nitrogen tank 8023, then liquid nitrogen in thetank 8023 is ejected from a first communicatingpipe 8016 and a second communicatingpipe 8017 and is ejected from the first insertednozzle 8015 and the second insertednozzle 8018, further the liquid nitrogen ejected from the first insertednozzle 8015 and the second insertednozzle 8018 is respectively blown to araw material film 502 on the left roller surface of a fourthelectric conveying roller 506 and araw material film 502 on the seventhelectric conveying roller 509 upper side by thefirst fan blade 8012 and the second insertednozzle 8018, and thus the double-sided cooling and solidification of theraw material film 502 is sequentially completed.

Firstly, thefourth driving wheel 803 drives theeighth driving wheel 904 to rotate, then the eighthdriving wheel 904 drives the fourth rotatingshaft 902 to rotate, then the fourth rotatingshaft 902 drives theninth driving wheel 905 to rotate, then the ninthdriving wheel 905 drives the tenthdriving wheel 906 to rotate, then the tenthdriving wheel 906 drives thefifth bevel gear 907 to rotate, then thefifth bevel gear 907 drives thesixth bevel gear 908 to rotate, then thesixth bevel gear 908 drives the eleventhdriving wheel 909 to rotate, then the eleventhdriving wheel 909 drives thefirst driving gear 9010 to rotate, simultaneously the eleventhdriving wheel 909 drives thetwelfth driving wheel 9014 to rotate, further thetwelfth driving wheel 9014 drives thethird driving gear 9015 to rotate, simultaneously the fourth rotatingshaft 902 drives the curvedslide rail column 903 to rotate, and thesliding displacement column 9026 slides inside the curved track on the surface of the curvedslide rail column 903, then the curvedslide rail column 903 drives thesliding displacement column 9026 to move left and right, then the slidingdisplacement column 9026 drives the dome-shapedconvex sliding seat 9023 to move left and right, further the dome-shaped convex slidingseat 9023 slides left and right on the inner side of the sliding limitingsleeve 9025 through thecontrol sliding rod 9024, further when the lifting round-head slide column 9018 slides to the highest point of the dome-shapedconvex sliding seat 9023, the lifting round-head slide column 9018 moves upwards at the moment, thefourth transmission gear 9016 is driven to move to the position where the lifting round-head slide column 9016 is meshed with thethird transmission gear 9015, further thethird transmission gear 9015 drives thefourth transmission gear 9016 to rotate, then thefourth transmission gear 9016 drives thesecond friction roller 9017 to rotate, meanwhile, the lifting round-head slide column 9018 drives the first controltoothed rail plate 9019 to move upwards, further the right side of the first controltoothed rail plate 9019 drives the fifth transmission gear 20 to rotate, further thefifth transmission gear 9020 drives the second controltoothed rail plate 9021 to move, and then the secondcontrol rack plate 9021 drives thethird spring rod 9013 to extend downwards, that is, thethird spring rod 9013 drives thesecond transmission gear 9011 and thefirst friction roller 9012 to move downwards, and then thesecond transmission gear 9011 moves to the position where thesecond transmission gear 9010 is meshed with thefirst transmission gear 9010, and then thefirst transmission gear 9010 drives thesecond transmission gear 9011 to rotate, and then thesecond transmission gear 9011 drives thefirst friction roller 9012 to rotate, and then thefirst friction roller 9012 rubs theraw material film 502 on the lower side of thefirst friction roller 9012, and simultaneously thesecond friction roller 9017 rubs theraw material film 502 on the upper side of thesecond friction roller 9017, so that the fastness detection of aluminum-plated layers on two sides of the plastic film is completed.

The firstdriving swivel mechanism 6020 comprises aring frame plate 602001, a firstsliding axle column 602002, afirst axle plate 602003, a firsttorsion spring axle 602004, amiddle joint plate 602005, a toggle rotating insertedlink 602006, a secondtorsion spring axle 602007, asecond axle plate 602008 and a secondsliding axle column 602009; thering frame plate 602001 is slidably connected to the first slidingaxle post 602002; the first slidingshaft column 602002 is inserted into the first connectingshaft plate 602003; thefirst link plate 602003 is connected with a firsttorsion spring hinge 602004; the firsttorsion spring hinge 602004 is connected to themiddle connector plate 602005; the middle connectingplate 602005 is spliced with the toggle rotatinginsertion rod 602006; themiddle splice plate 602005 is connected to the secondtorsion spring pivot 602007; the second torsionspring rotating shaft 602007 is connected with the second connectingshaft plate 602008; the second connectingshaft plate 602008 is inserted into the second slidingshaft column 602009; the second slidingaxle column 602009 is in sliding connection with thering frame plate 602001; thering frame plate 602001 is connected to afirst engagement post 6012.

When the first linkingcolumn 6012 drives thering frame plate 602001 to move leftward, and when thering frame plate 602001 moves to the outside of thefirst bevel gear 6011, therotating plunger 602006 is toggled to be inserted into the inside of the slot of thefirst bevel gear 6011, and moves leftward with thering frame plate 602001, and then therotating plunger 602006 is toggled to move horizontally inside the slot of thefirst bevel gear 6011, and then therotating plunger 602006 is toggled to drive thefirst bevel gear 6011 with the tilted slot to rotate, when thering frame plate 602001 moves rightward, because the moving direction is opposite to the protruding direction of the slot edge of thefirst bevel gear 6011, and then the toggling rotatingplunger 602006 moves rightward, and when passing through the protruding portion of the slot, the toggling rotatingplunger 602006 will be jacked up, and then the rotatingplunger 602006 will drive the first torsionspring rotating shaft 602004 and the second torsionspring rotating shaft 602007 to rotate, and then the first torsionspring rotating shaft 602004 and the second torsionspring rotating shaft 602007 will drive the first connectingshaft plate 602003 and the second connectingshaft plate 602008 to move, that is, the firstsliding axle column 602002 and the second slidingaxle column 602009 will slide inside thering frame plate 602001, and then the rotating andtoggle rod 602006 will directly pass through the slot of thefirst bevel gear 6011 and make a horizontal linear motion to return to the original position.

The front sides of the first slidingsleeve 6014 and the second slidingsleeve 7013 are both provided with an electric push rod, and the front sides of the two groups of electric push rods are connected with theprocessing cabin 3.

So that the electric push rod can drive the first slidingsleeve 6014 and the secondsliding sleeve 7013 to slide and reset inside the first limitingsliding chute plate 6015 and the second limitingsliding chute plate 7014 respectively after the operation is finished.

Two sets of thefirst plating baffle 6017 and thesecond plating baffle 7020 are provided.

So as to protect both sides of the second motorizedtransport roller 504 and the sixth motorizedtransport roller 508, respectively.

A camera is arranged below thefifth transmission gear 9020 and on the surface of thefirst communication pipe 8016.

So as to observe the friction fastness detection conditions of thefirst friction roller 9012 and thesecond friction roller 9017 in real time.

The embodiments of the present invention have been described in detail with reference to the drawings, but the present invention is not limited to the above embodiments, and various changes can be made within the knowledge of those skilled in the art without departing from the gist of the present invention.

Claims

7. An aluminizing device according to claim 6, wherein the first rotation-driving ring mechanism includes a ring holder plate, a first sliding stud, a first link plate, a first torsion spring pivot, a middle engaging plate, a toggle rotary plunger, a second torsion spring pivot, a second link plate, and a second sliding stud; the ring frame plate is connected with the first sliding shaft column in a sliding manner; the first sliding shaft column is inserted into the first connecting shaft plate; the first connecting shaft plate is connected with the first torsion spring rotating shaft; the first torsion spring rotating shaft is connected with the middle connecting plate; the middle connecting plate is spliced with the poking and rotating inserted bar; the middle connecting plate is connected with a second torsion spring rotating shaft; the second torsion spring rotating shaft is connected with the second connecting shaft plate; the second connecting shaft plate is inserted with the second sliding shaft column; the second sliding shaft column is in sliding connection with the ring frame plate; the ring frame plate is connected with the first connecting column.

8. An aluminum plating apparatus according to claim 7, wherein the first sliding block and the second sliding block are provided with a single electric push rod on the front side, and the front sides of the two sets of electric push rods are connected to the processing chamber.

9. An aluminizing apparatus according to claim 8, wherein the first coating baffle and the second coating baffle are provided in two sets.

10. An aluminizing apparatus according to claim 9, wherein a camera is provided below the fifth transmission gear and on a surface of the first communication pipe.