CN108724747B

CN108724747B - Film pasting device of printer material rolling shaft

Info

Publication number: CN108724747B
Application number: CN201810502863.7A
Authority: CN
Inventors: 文丹
Original assignee: Suzhou Xingye Material Technology Nantong Co Ltd
Current assignee: Suzhou Xingye material technology Nantong Co., Ltd
Priority date: 2018-05-23
Filing date: 2018-05-23
Publication date: 2020-12-22
Anticipated expiration: 2038-05-23
Also published as: CN108724747A

Abstract

The invention relates to the field of processing of a rolling shaft of a printer, in particular to a film pasting device of the rolling shaft of the printer, which comprises a pasting operation table, a material moving component arranged at the top of the pasting operation table, a holding jig used for supporting the rolling shaft, a first power component used for pasting films at two ends of the rolling shaft and a second power component used for pasting films at the middle section of the rolling shaft, wherein the first power component and the second power component are symmetrically arranged at one side of the pasting operation table, the output end of the material moving component is provided with a holding seat, the holding jig is rotatably arranged in the holding seat, a glue spraying component is arranged above the pasting operation table, the first power component and the second power component have the same structure, the first power component comprises a reversing component, a punching cutting component and an adsorption component which are symmetrically arranged at the bottom of the reversing component, and can automatically paste films on the rolling shaft, avoids material waste caused by manual pasting errors and improves the yield.

Description

Film pasting device of printer material rolling shaft

Technical Field

The invention relates to the field of processing of printer material rolling shafts, in particular to a film pasting device of a printer material rolling shaft.

Background

A printer is one of the output devices of a computer for printing the results of a computer process on an associated medium. There are hundreds of parts in a printer, in which roller assemblies such as a powder feeding roller, a charging roller, a developing roller, a transfer roller, etc. are used.

Wherein the hair powder roller bearing (commonly known as roll material axle) majority is the plastic material constitution, the surface is equipped with along a plurality of blades of ware axial distribution, and both ends are equipped with an oblique strip respectively, the middle-section part is equipped with edge protrusion, the surface of oblique strip needs to paste establishes the film, also be exactly the surface of oblique strip gradient, edge protruding side needs to paste establishes the film, three film can make to roll material axle in-service effect better, the order and the film outer fringe of subsides establishing on two oblique strips has certain radian, edge protrusion need paste the face of establishing the film to paste with oblique strip surface looks vertically, make the film wrap up around the circumference formula of rolling the material axle like this.

Work and film cutting work are established to current film subsides, all are accomplished by the manual work, and the manual work needs to scribble glue with slanted bar and marginal protruding surface, pastes film one side and establishes to this glue face, because the characteristic of film, the manual work is handheld to paste more arduous, probably causes the overlapping subsides to establish to tear, readjust, very extravagant film and glue like this, and output efficiency is very low.

Disclosure of Invention

The invention aims to provide a film pasting device of a printer roller, aiming at the defects of the prior art.

In order to solve the above problems, the present invention provides the following technical solutions:

the utility model provides a printer rolls film of material axle and pastes device, including pasting the operation panel, the material subassembly that moves that sets up at pasting the operation panel top, a hold tool for bearing the material axle of rolling, a second power component for rolling the material axle middle section and pasting the film is carried out to the first power subassembly of pasting the film and being used for rolling material axle both ends, first power subassembly sets up the one side of pasting the operation panel with second power component symmetry, it is provided with the bearing seat on the output end of material subassembly to move, it can rotatory setting in the bearing seat to hold the tool, the top of pasting the operation panel is provided with spouts gluey subassembly, first power subassembly is the same with second power subassembly structure, first power subassembly is including the punching press cutting part and the adsorption part of position switching-over part and symmetry setting in switching-over part bottom.

The punching press cutting part is including being the punching press cylinder of inversion bit in storehouse body bottom, first power component still includes first vertical electric jar and first horizontal electric jar, and the dorsal part of first horizontal electric jar is passed through first supporting seat and is set up in the top of pasting the operation panel, and the dorsal part of first vertical electric jar is connected with the output of first horizontal electric jar to the direction of transfer of the two is cross, and the output fixed mounting of first vertical electric jar has the motor cabinet, is equipped with the switching-over motor that is the inversion in this motor cabinet.

Further, the switching-over part is including the storehouse body and be the vertical slim cylinder of locating the storehouse internal, the storehouse body is cylindric structure, and the top of the storehouse body is connected with the spindle drive of switching-over motor, the output direction of slim cylinder up, the internal U template that is provided with in storehouse, the output and the U template open-ended inner wall connection of slim cylinder, the side of slim cylinder is provided with and is vertical guide bar, the one end and this guide bar clearance fit of U template open position, the other end of U template is provided with the extension plate, this extension plate runs through the internal diapire in storehouse and extends down, extension plate and the vertical clearance fit in storehouse, the extension plate is located between adsorption component and the punching press cutting part.

Further, the adsorption part comprises a fixing strip and a plurality of first miniature suckers, the middle section of the fixing strip is hinged to one end, located below the bin body, of the extension plate through a movable shaft, the fixing strip is arranged on one side, away from the punching and cutting part, of the extension plate, the first power assembly further comprises an angle motor arranged on the other side of the extension plate, a spindle of the angle motor is in transmission connection with the movable shaft, all the first miniature suckers are sequentially connected with the fixing strip along straight lines, and the adsorption end of each first miniature sucker is located below the fixing strip.

Furthermore, the middle section of one side of the fixing strip, which is far away from the extension plate, is provided with a convex block extending outwards, a second micro sucker is arranged on the convex block, and the adsorption end of the second micro sucker is positioned below the convex block.

Further, still be provided with the vacuum suction pump in the storehouse body, the bottom in the storehouse body is equipped with rather than the storehouse in the air duct of intercommunication, the one end intercommunication that the air duct is located the storehouse body outside has the air supply pipe, the air duct is the right angle cooperation with the middle section of air supply pipe, the miniature sucking disc of second all communicates with the air supply pipe through a metal collapsible tube, the output and the air duct intercommunication of vacuum suction pump with all first miniature sucking discs.

Further, spout gluey subassembly and include the horizontal electric jar of the vertical electric jar of second and second, the dorsal part of the horizontal electric jar of second passes through the second supporting seat setting and is pasting the operation panel directly over, the dorsal part of the vertical electric jar of second is vertical and the output of the horizontal electric jar of second is connected, spout gluey subassembly and still include fixed plate and rubber coating rifle, the fixed plate is installed on the output of the vertical electric jar of second, the rubber coating rifle is the inversion and installs on the fixed plate to the fixed plate can be vertical towards the mesa direction activity of pasting the operation panel through the vertical electric jar of second.

Further, move the material subassembly including the symmetry set up move material electric jar and guide rail on pasting the operation panel, the direction of delivery that moves the material electric jar is mutually perpendicular with the direction of delivery that the horizontal electric jar of second, and the one end of bearing seat is connected with the output that moves the material electric jar, and the other end and guide rail clearance fit, bearing seat is U type structure.

Further, hold and offer on the tool with the anastomotic standing groove of roll material axle, hold the tool and be plastic structure, the bottom that holds the tool articulates in the opening of bearing seat through the transfer line, and the outside of bearing seat is provided with the upset motor, and the main shaft and the transfer line transmission of this upset motor are connected.

Furthermore, a first cutting tool and a second cutting tool are respectively arranged at the output ends of the stamping cylinder of the first power assembly and the stamping cylinder of the second power assembly.

Has the advantages that: the invention relates to a film pasting device of a printer material rolling shaft, which has the working principle that: the manual work will roll the standing groove that the material axle was placed in holding the tool, and the dependence holds the tool and be the plasticity characteristic, with the two block, move material electricity jar work, with bearing seat drive to rubber coating rifle below, the rubber coating rifle is crossed (level and elevating movement) through the horizontal electric jar of the vertical electric jar of second and second, at first paints glue with the slanted bar surface of one of them one end in the material axle both ends that will roll. Description of the drawings: when the actions are executed, a first longitudinal electric cylinder and a first transverse electric cylinder of a first power assembly synchronously work, the first longitudinal electric cylinder and the first transverse electric cylinder of the first power assembly are matched with a first cutting tool on a stamping cylinder to vertically move, the lower cutting surface of the first cutting tool starts to stamp and cut a film on a film platform opposite to the first power assembly, after stamping and cutting are finished, a stamping cylinder piston is reset, a reversing motor rotates a bin body for 180 degrees, so that the stamping cylinder and an adsorption part change directions, at the moment, a thin cylinder works to enable a U-shaped plate to move, further all first miniature suckers and second miniature suckers descend to enable adsorption ends of the first miniature suckers and the second miniature suckers to be attached to the surface of the film, then the film is sucked by an air vacuum suction pump, the piston of the thin cylinder ascends to reset, and the first longitudinal electric cylinder and the first transverse electric cylinder accurately move to the position where a material rolling shaft is coated with glue at the, because the gluing position is the oblique strip, the surface of the oblique strip has a certain inclination, the angle motor rotates the fixed strip at the moment, so that all the first micro suckers and the second micro suckers change angles with the fixed strip, and the film is also driven to rotate at the same time, so that the inclined plane of the oblique strip at the moment is met, then the thin cylinder piston works, so that the film is adhered to the surface of the oblique strip, and the thin cylinder piston is described, because the inclined plane of the oblique strip is not too large, and the angle adjusted by the angle motor is not too large, after all the first micro suckers and the second micro suckers are pressed down to contact the surface of the oblique strip, because of the rubber characteristics of the first micro suckers and the second micro suckers, the end parts of each position can be slightly deformed to meet the movement stroke of the piston of the thin cylinder, and in a variable way, the first micro suckers and the second micro suckers can not be contacted and clamped with the surface of the oblique strip, and then the glue, the subsequent first power assembly continues the operation, after the two ends of the material rolling shaft are well adhered, the motor is turned over to enable the containing jig and the material rolling shaft to rotate, the glue coating gun coats the edge convex surface of the middle section of the material rolling shaft at the time, then the second cutting tool of the second power assembly is used for cutting the film on the film table at the position of the second power assembly, and then the adhesion is achieved.

Drawings

FIG. 1 is a first perspective view of the present invention;

FIG. 2 is an enlarged view taken at A in FIG. 1;

FIG. 3 is a schematic perspective view of the present invention;

FIG. 4 is an enlarged view at B in FIG. 3;

FIG. 5 is a third schematic perspective view of the present invention;

FIG. 6 is a side view of the present invention;

FIG. 7 is an enlarged view at C of FIG. 6;

FIG. 8 is a partial perspective sectional view of the first embodiment of the present invention;

FIG. 9 is a partial perspective sectional view of the second aspect of the present invention;

FIG. 10 is a partial perspective view of the present invention;

FIG. 11 is a schematic perspective view of a material rolling shaft;

description of reference numerals: a pasting operation table 1, a material moving component 2, a material moving electric cylinder 2a, a guide rail 2b, a holding jig 2c, a placing groove 2d, a turning motor 2f, a bearing seat 2k, a glue spraying component 3, a second longitudinal electric cylinder 3a, a second transverse electric cylinder 3b, a fixing plate 3c, a glue coating gun 3d, a first power component 4, a first longitudinal electric cylinder 4a, a first transverse electric cylinder 4b, a motor seat 4c, a reversing motor 4d, a bin body 5a, a thin air cylinder 5b, a U-shaped plate 5c, a guide rod 5d, an extension plate 5f, a stamping air cylinder 6, a fixing strip 7a, a first micro-suction cup 7b, a movable shaft 7c, a vacuum suction pump 7d, an air supply pipe 7f, an air guide pipe 7g, a lug 7k, a second micro-suction cup 7m, a second power component 8, a first cutting tool 9, a second cutting tool 10, a material rolling shaft 11, an oblique strip 12, an edge cutting knife bulge 13 and a film table 14, a membrane 15, an angle motor 16.

Detailed Description

The following detailed description of specific embodiments of the present invention is made with reference to the accompanying drawings and examples:

referring to fig. 1 to 11, the film pasting device of the printer roller comprises a pasting operation table 1, a material moving assembly 2 arranged at the top of the pasting operation table 1, be used for holding tool 2c that holds that material axle 11 was rolled in order to hold, be used for rolling material axle 11 both ends and paste the first power component 4 of film 15 and be used for rolling material axle 11 middle section and paste the second power component 8 of film 15, first power component 4 sets up in one side of pasting operation panel 1 with second power component 8 symmetry, it is provided with bearing seat 2k on the output of material subassembly 2 to move, it can rotatory setting in bearing seat 2k to hold tool 2c, the top of pasting operation panel 1 is provided with spouts gluey subassembly 3, first power component 4 is the same with second power component 8 structure, first power component 4 sets up punching press cutting part and the adsorption component in the switching-over part bottom including position switching-over part and symmetry.

The stamping and cutting part comprises a stamping cylinder 6 which is inversely positioned at the bottom of the bin body 5a, the first power assembly 4 further comprises a first longitudinal electric cylinder 4a and a first transverse electric cylinder 4b, the back side of the first transverse electric cylinder 4b is arranged above the pasting operation table 1 through a first supporting seat, the back side of the first longitudinal electric cylinder 4a is connected with the output end of the first transverse electric cylinder 4b, the conveying directions of the first longitudinal electric cylinder and the first transverse electric cylinder are cross, a motor base 4c is fixedly installed at the output end of the first longitudinal electric cylinder 4a, an inverted reversing motor 4d is arranged in the motor base 4c, the first longitudinal electric cylinder 4a and the first transverse electric cylinder 4b are used for controlling the motor base 4c and the reversing motor 4d to move in a cross mode above the pasting operation table 1, and therefore the purpose that the subsequent material rolling shaft 11 can be contacted is achieved.

The reversing component comprises a bin body 5a and a thin cylinder 5b vertically arranged in the bin body 5a, the bin body 5a is of a cylindrical structure, the top end of the bin body 5a is in transmission connection with a spindle of a reversing motor 4d, the output direction of the thin cylinder 5b is upward, a U-shaped plate 5c is arranged in the bin body 5a, the output end of the thin cylinder 5b is connected with the inner wall of an opening of the U-shaped plate 5c, a vertical guide rod 5d is arranged beside the thin cylinder 5b, one end of the opening of the U-shaped plate 5c is movably matched with the guide rod 5d, an extension plate 5f is arranged at the other end of the U-shaped plate 5c, the extension plate 5f penetrates through the bottom wall in the bin body 5a and extends downwards, the extension plate 5f is vertically and movably matched with the bin body 5a, the extension plate 5f is positioned between the adsorption component and the stamping and cutting component, a film platform 14 is respectively arranged below, the film 15 is placed on the film table 14, and the first power assembly 4 and the second power assembly 8 respectively perform cutting and adsorption work on the film 15 on the position of the film table 14.

The adsorption part comprises a fixed strip 7a and a plurality of first miniature suckers 7b, the middle section of the fixed strip 7a is hinged at one end of an extension plate 5f below a bin body 5a through a movable shaft 7c, the fixed strip 7a is arranged at one side of the extension plate 5f far away from the punching and cutting part, the first power assembly 4 further comprises an angle motor 16 arranged at the other side of the extension plate 5f, a main shaft of the angle motor 16 is in transmission connection with the movable shaft 7c, all the first miniature suckers 7b are sequentially connected with the fixed strip 7a along a straight line, the adsorption end of each first miniature sucker 7b is arranged below the corresponding fixed strip 7a, the thin cylinder 5b moves in the bin body 5a, the piston end of each thin cylinder drives the U-shaped plate 5c to vertically move in the bin body 5a, at the moment, the extension plate 5f is linked with the extension plate, and the fixed strip 7a and the first miniature suckers 7b, and then the film 15 is contacted with the cut film 15, the film 15 is absorbed, the film 15 is lifted and reset through the thin cylinder 5b, the first longitudinal electric cylinder 4a and the first transverse electric cylinder 4b are accurately moved to the position of the material rolling shaft 11 where the film 15 needs to be adhered, and then the film 15 is adhered by descending the thin cylinder 5b for the second time.

The middle section of one side of the fixing strip 7a, which is far away from the extension plate 5f, is provided with a convex block 7k extending outwards, the convex block 7k is provided with a second miniature sucking disc 7m, the adsorption end of the second miniature sucking disc 7m is positioned below the convex block 7k, and because the film 15 is adhered only by one side of the film and the rolling shaft 11, one side of the film, which is adsorbed by the first miniature sucking disc 7b, is an adhesion area, and the other side of the film 15 prevents the problems of wrinkles and the like in adhesion, and the second miniature sucking disc 7m is adopted to adsorb the film, so that the adhesion work is not influenced.

The bin body 5a is also internally provided with a vacuum suction pump 7d, the bottom of the bin body 5a is provided with an air duct 7g communicated with the bin body, one end of the air duct 7g positioned outside the bin body 5a is communicated with an air supply pipe 7f, the air duct 7g is in right-angle fit with the middle section of the air supply pipe 7f, the second miniature suction cups 7m and the top ends of all the first miniature suction cups 7b are communicated with the air supply pipe 7f through metal hoses, the output end of the vacuum suction pump 7d is communicated with the air duct 7g, after the adsorption ends of the first miniature suction cups 7b and the second miniature suction cups 7m are contacted with the surface of the film 15, the vacuum suction pump 7d works, the film 15 is absorbed by the air duct 7g, the air supply pipe 7f and a plurality of metal hoses which are matched with the first miniature suction cup 7b and the second miniature suction cup 7m, and the purpose of the metal hoses is that in the piston movement of the thin cylinder 5b, the first micro suction cup 7b and the second micro suction cup 7m are linked with the required stroke force.

The glue spraying component 3 comprises a second longitudinal electric cylinder 3a and a second transverse electric cylinder 3b, the back side of the second transverse electric cylinder 3b is arranged right above the pasting operation platform 1 through a second supporting seat, the back side of the second longitudinal electric cylinder 3a is vertically connected with the output end of the second transverse electric cylinder 3b, the glue spraying component 3 further comprises a fixing plate 3c and a glue gun 3d, the fixing plate 3c is arranged at the output end of the second longitudinal electric cylinder 3a, the glue gun 3d is arranged on the fixing plate 3c in an inverted manner, the fixing plate 3c can vertically move towards the table top direction of the pasting operation platform 1 through the second longitudinal electric cylinder 3a, a glue storage box is arranged outside the pasting operation platform 1, the glue gun 3d is communicated with the glue storage box outside through a glue pipe, the second longitudinal electric cylinder 3a and the second transverse electric cylinder 3b move in a cross manner, and the glue gun 3d is subjected to precise horizontal movement and vertical movement, so that it can apply glue to the roll shaft 11 at the location where the film 15 is to be applied.

Move material subassembly 2 including the symmetry set up move material electric jar 2a and guide rail 2b on pasting operation panel 1, the direction of transfer that moves material electric jar 2a is mutually perpendicular with the direction of transfer of the horizontal electric jar 3b of second, the one end of bearing seat 2k is connected with the output that moves material electric jar 2a, the other end and guide rail 2b clearance fit, bearing seat 2k is U type structure, the manual work will be rolled material axle 11 and place in holding tool 2c, by moving material electric jar 2a and guide rail 2b with the drive of bearing seat 2k, bearing seat 2k can take and hold tool 2c and roll material axle 11 and move to rubber coating rifle 3d below, carry out the rubber coating to its a tip by rubber coating rifle 3d, then continue the displacement, satisfy subsequent work of pasting.

The containing jig 2c is provided with a placing groove 2d which is matched with the rolling material shaft 11, the containing jig 2c is of a plastic structure, the bottom of the containing jig 2c is hinged in an opening of a bearing seat 2k through a transmission rod, the outer side of the bearing seat 2k is provided with a turnover motor 2f, a main shaft of the turnover motor 2f is in transmission connection with the transmission rod, the rolling material shaft 11 is of a plastic structure, after the rolling material shaft is manually placed in the placing groove 2d, the containing jig 2c is clamped by the aid of the plastic property, the containing jig 2c moves to a pasting processing area along with the bearing seat 2k, two ends of the rolling material shaft 11 are provided with oblique strips 12, the oblique strips 12 are areas for pasting a film 15, the middle section of the rolling material shaft 11 is provided with an edge bulge 13, the edge bulge 13 is a pasting area, the pasting plane of the edge bulge 13 is vertical to the pasting plane of the rolling material shaft 11, so after the oblique strips 12 paste the, the roller 11 needs to be rotated so that the sticking plane of the edge projection 13 is directed upward.

The output ends of the stamping cylinder 6 of the first power assembly 4 and the stamping cylinder 6 of the second power assembly 8 are respectively provided with a first cutting tool 9 and a second cutting tool 10, the shape of the film 15 pasted at the two ends of the material rolling shaft 11 is different from the condition of the film 15 pasted at the middle section of the material rolling shaft 11, so the first cutting tool 9 and the second cutting tool 10 are adopted, the first cutting tool 9 is a cutting knife mold with a radian edge, and the second cutting tool 10 is a cutting knife mold with a conventional rectangular structure.

The working principle is as follows: the manual work is with rolling material axle 11 and placing the standing groove 2d in holding tool 2c, relies on and holds tool 2c for the plasticity characteristic, with the two block, moves material electricity jar 2a work, with holding seat 2k drive to rubber coating rifle 3d below, rubber coating rifle 3d is cross level and elevating movement through the vertical electricity jar 3a of second and the horizontal electricity jar 3b of second, paints glue at first with the oblique strip 12 surface of wherein one end in 11 both ends of rolling material axle. Description of the drawings: when the actions are executed, the first longitudinal electric cylinder 4a and the first transverse electric cylinder 4b of the first power assembly 4 are synchronously operated, the first longitudinal electric cylinder and the first transverse electric cylinder move and are matched with the first cutting tool 9 on the stamping cylinder 6 to vertically move, the lower cutting surface of the first cutting tool 9 starts to stamp and cut the film 15 on the film platform 14 opposite to the first power assembly 4, after the stamping and cutting are finished, the piston of the stamping cylinder 6 resets, the reversing motor 4d enables the bin body 5a to rotate 180 degrees, the stamping cylinder 6 and the adsorption part change the direction, at the moment, the thin cylinder 5b operates to enable the U-shaped plate 5c to move, all the first micro suction cups 7b and the second micro suction cups 7m descend, the adsorption ends of the first micro suction cups and the second micro suction cups are attached to the surface of the film 15, then the film 15 is sucked by the air vacuum suction pump 7d, and the piston of the thin cylinder 5b ascends and resets, and then, by means of the first longitudinal electric cylinder 4a and the first transverse electric cylinder 4b, precisely moving to the position of the material rolling shaft 11 to be coated with the adhesive, because the adhesive coating position is the oblique strip 12, and the surface of the oblique strip 12 has a certain inclination, at this time, the angle motor 16 rotates the fixing strip 7a, so that all the first micro-suction cups 7b and the second micro-suction cups 7m have angle changes with the same, and simultaneously the film 15 is rotated to meet the inclined surface of the oblique strip 12, then the thin air cylinder 5b operates the piston, so that the film 15 is adhered to the surface of the oblique strip 12, here, because the inclined surface of the oblique strip 12 is not too large, and the angle adjusted by the angle motor 16 is not too large, after all the first micro-suction cups 7b and the second micro-suction cups 7m are pressed down to contact the surface of the oblique strip 12, because of the first micro-suction cups 7b and the second micro-suction cups 7m have rubber characteristics, tiny deformation can take place for each position tip and satisfy this thin cylinder 5 b's piston motion stroke, it says so, first miniature sucking disc 7b and the miniature sucking disc 7m of second can not take place the contact card with the 12 surfaces of slanted bar and die, then glue gun 3d paints glue with another slanted bar 12 again, follow-up first power component 4 continues above-mentioned operation, after material axle 11 both ends are all pasted to the book, upset motor 2f makes and holds tool 2c and material axle 11 and rotate, glue gun 3d paints the protruding 13 surfaces in edge in material axle 11 middle section here again, utilize second cutting tool 10 of second power component 8 to cut the film 15 on the film platform 14 of its position afterwards, then realize pasting again.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the technical scope of the present invention, so that any minor modifications, equivalent changes and modifications made to the above embodiment according to the technical spirit of the present invention are within the technical scope of the present invention.

Claims

1. The utility model provides a film sticking device of printer roll material axle which characterized in that: comprises a pasting operation table (1), a material moving component (2) arranged at the top of the pasting operation table (1), a holding fixture (2c) used for holding a material rolling shaft (11), a first power component (4) used for pasting films (15) on two ends of the material rolling shaft (11) and a second power component (8) used for pasting films (15) on the middle section of the material rolling shaft (11), the first power assembly (4) and the second power assembly (8) are symmetrically arranged on one side of the pasting operation table (1), the output end of the material moving assembly (2) is provided with a bearing seat (2k), the containing jig (2c) can be rotatably arranged in the bearing seat (2k), the glue spraying assembly (3) is arranged above the pasting operation table (1), the first power assembly (4) and the second power assembly (8) are identical in structure, and the first power assembly (4) comprises a reversing part, a punching cutting part and an adsorption part which are symmetrically arranged at the bottom of the reversing part; the adsorption part comprises a fixed strip (7a) and a plurality of first micro suckers (7b), the middle section of the fixed strip (7a) is hinged to one end, located below the bin body (5a), of the extension plate (5f) through a movable shaft (7c), the fixed strip (7a) is arranged on one side, away from the stamping and cutting part, of the extension plate (5f), the first power assembly (4) further comprises an angle motor (16) installed on the other side of the extension plate (5f), a main shaft of the angle motor (16) is in transmission connection with the movable shaft (7c), all the first micro suckers (7b) are sequentially connected with the fixed strip (7a) along straight lines, the adsorption end of each first micro sucker (7b) is located below the fixed strip (7a), the middle section, away from one side of the extension plate (5f), of the fixed strip (7a) is provided with a convex block (7k) extending outwards, and a second micro sucker (7m) is arranged on the convex block (7k), the adsorption end of the second micro sucker (7m) is positioned below the bump (7 k).

2. The film application apparatus for a roll stock shaft of a printer as set forth in claim 1, wherein: the punching press cutting part is including being the punching press cylinder (6) of inversion bit in storehouse body (5a) bottom, first power component (4) still include first vertical electric jar (4a) and first horizontal electric jar (4b), the dorsal part of first horizontal electric jar (4b) is passed through first supporting seat and is set up in the top of pasting operation panel (1), the dorsal part of first vertical electric jar (4a) is connected with the output of first horizontal electric jar (4b), and the direction of transfer of the two is cross, the output end fixed mounting of first vertical electric jar (4a) has motor cabinet (4c), be equipped with in this motor cabinet (4c) and be the switching-over motor (4d) of inversion.

3. The film application device of a roll stock shaft of a printer as claimed in claim 2, wherein: the reversing component comprises a bin body (5a) and a thin cylinder (5b) vertically arranged in the bin body (5a), the bin body (5a) is of a cylindrical structure, the top end of the bin body (5a) is in transmission connection with a spindle of a reversing motor (4d), the output direction of the thin cylinder (5b) is upward, a U-shaped plate (5c) is arranged in the bin body (5a), the output end of the thin cylinder (5b) is connected with the inner wall of an opening of the U-shaped plate (5c), a vertical guide rod (5d) is arranged beside the thin cylinder (5b), one end of the opening of the U-shaped plate (5c) is movably matched with the guide rod (5d), an extension plate (5f) is arranged at the other end of the U-shaped plate (5c), the extension plate (5f) penetrates through the bottom wall in the bin body (5a) and extends downwards, and the extension plate (5f) is vertically movably matched with the bin body, an extension plate (5f) is located between the suction member and the die cutting member.

4. The film application apparatus for a roll stock shaft of a printer as set forth in claim 1, wherein: still be provided with vacuum suction pump (7d) in the storehouse body (5a), the bottom of the storehouse body (5a) is equipped with air duct (7g) rather than the storehouse in the intercommunication, air duct (7g) are located the one end intercommunication outside the storehouse body (5a) and have air supply pipe (7f), air duct (7g) are the right angle cooperation with the middle section of air supply pipe (7f), the top of the miniature sucking disc of second (7m) and all first miniature sucking discs (7b) all communicates through a metal collapsible tube and air supply pipe (7f), the output and air duct (7g) the intercommunication of vacuum suction pump (7 d).

5. The film application apparatus for a roll stock shaft of a printer as set forth in claim 1, wherein: spout gluey subassembly (3) and include the horizontal electric jar of second (3a) and second (3b), the dorsal part of the horizontal electric jar of second (3b) passes through the second supporting seat setting and is pasting operation panel (1) directly over, the dorsal part of the vertical electric jar of second (3a) is vertical and is connected with the output of the horizontal electric jar of second (3b), it still includes fixed plate (3c) and glue gun (3d) to spout gluey subassembly (3), install on the output of the vertical electric jar of second (3a) fixed plate (3c), glue gun (3d) are to invert and install on fixed plate (3c), and fixed plate (3c) can be vertical towards the mesa direction activity of pasting operation panel (1) through the vertical electric jar of second (3 a).

6. The film application apparatus for a roll stock shaft of a printer as set forth in claim 5, wherein: move material subassembly (2) including the symmetry set up move material electric jar (2a) and guide rail (2b) on pasting operation panel (1), the direction of transfer that moves material electric jar (2a) is mutually perpendicular with the direction of transfer of the horizontal electric jar of second (3b), the one end of bearing seat (2k) is connected with the output that moves material electric jar (2a), the other end and guide rail (2b) clearance fit, bearing seat (2k) are U type structure.

7. The film application apparatus for a roll stock shaft of a printer as set forth in claim 6, wherein: hold and offer on tool (2c) with roll material axle (11) identical standing groove (2d), hold tool (2c) and be plastic structure, the bottom that holds tool (2c) articulates in the opening of bearing seat (2k) through the transfer line, and the outside of bearing seat (2k) is provided with upset motor (2f), and the main shaft and the transfer line transmission of this upset motor (2f) are connected.

8. The film application device of a roll stock shaft of a printer as claimed in claim 2, wherein: and the output ends of the stamping cylinder (6) of the first power assembly (4) and the stamping cylinder (6) of the second power assembly (8) are respectively provided with a first cutting tool (9) and a second cutting tool (10).