CN218577118U - Automatic window patching machine - Google Patents

Abstract

The utility model provides an automatic window patching machine capable of realizing automatic paperboard window patching processing and improving production efficiency. The utility model discloses a conveyer belt and set gradually paper feeding mechanism, rubberizing cylinder device, heating leveling device on the conveyer belt, cut compression fittings and cardboard cord grip, cardboard cord grip set up in under the heating leveling device, through the conveyer belt and set gradually paper feeding mechanism, rubberizing cylinder device, heating leveling device on the conveyer belt, cut the cooperation between compression fittings and the cardboard cord grip, realize that the cardboard pastes window automated production and processing, realize simultaneously that the multi-angle cuts functions such as automatic mends glue at the level of transparent film, heating leveling. The utility model discloses be applied to packing carton cardboard and paste window processing field.

Description

Automatic window patching machine

Technical Field

The utility model relates to a packing carton cardboard equipment especially relates to an automatic window patching machine.

Background

Along with the attention of people to the packaging appearance, the requirements of people on the packaging quality and the appearance attractiveness of the packaging box are higher and higher. In order to improve the transparence and the attractiveness of the packaging box, a window is usually formed in the packaging box, and a single multi-surface transparent film is stuck to the window so that the local material situation inside the packaging box can be seen from the window; the packing boxes greatly facilitate the daily use of people. The traditional processing mode is that a worker manually coats glue on the window position of the paperboard and pastes the transparent film on the corresponding position, the processing mode depends on the working technology and experience of workers to a certain extent, and the window pasting quality can be guaranteed, but the processing efficiency of the processing mode is too low, and the production requirement cannot be met.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that overcome prior art not enough, provide an automatic window patching machine that can realize automatic cardboard and paste window processing, improve production efficiency.

The utility model adopts the technical proposal that: the utility model comprises a conveyor belt, a paper feeding mechanism, a gluing roller device, a heating and leveling device, a cutting and pressing device and a paperboard line pressing device which are arranged on the conveyor belt in sequence, wherein the paperboard line pressing device is arranged under the heating and leveling device,

rubberizing cylinder device includes the support body, sets gradually leveling module, spacing module, rubberizing cylinder and benefit on the support body glues the module, mend to glue the module including mend glue the shrouding, control both ends through the pivot with the support body rotates the benefit of connecting and glues the cylinder and set up mend the gluey piece on the benefit glue shrouding, mend glue the shrouding pass through the gangbar with mend the glue cylinder with the support body is connected and the slope sets up, mend glue the piece with mend the glue cylinder tangent the support body corresponds still be provided with on the lateral wall of mend glue cylinder place position and lift the cylinder, lift the output of cylinder with the gangbar is connected.

Furthermore, the gangbar includes quarter butt and stock for the heterotypic design, wherein stock end rotate be connected with mend and glue shrouding sliding fit's spliced pole, the spliced pole with mend gluey piece fixed connection, the stock with the quarter butt junction through the pin with mend gluey cylinder and rotate and be connected, lift the cylinder output with the quarter butt is connected.

Furtherly, paper feed mechanism includes the paper feed module, sets up paper feed module upper surface put the paper module and set up in the adjustment slide rail in the paper feed module goes out the paper end outside, it includes installation pole, at least a set of support paper pole and leading wheel and at least a set of thickness limiting rod to put the paper module, the installation pole is located the paper feed module paper feed end outside, hold in the palm the paper pole with the leading wheel with the installation pole rotates to be connected, the thickness limiting rod is including fixed setting up vertical pole in the paper feed module, with vertical pole sliding fit's slider, fixed setting are in on the vertical pole and with adjustment slide rail sliding fit's connecting rod, vertical pole top is provided with the threaded rod, the slider top cover is established on the threaded rod, still be provided with adjusting nut on the threaded rod, adjusting nut bottom supports the slider top.

Further, heating leveling device establishes the film pivot, the film direction group and the heating leveling module of film including being used for the cover, heating leveling module includes tangent heating cylinder and the flattening cylinder and the hydrothermal case that set up, the heating cylinder embeds there is the reservoir bed, be provided with water storage chamber and circulating water pump in the hydrothermal case water storage chamber bottom is provided with the heating plate, the water storage chamber circulating water pump and communicate each other between the reservoir bed.

Further, still be provided with on the heating cylinder with water inlet and delivery port that the reservoir is linked together, the water inlet with delivery port department all is provided with thermodetector, and through the water pipe with circulating water pump the water storage chamber is connected be provided with the display controller on the hydrothermal chamber, the display controller with the heating plate circulating water pump thermodetector electric connection.

Further, cut compression fittings including cutting the support body and fixed the setting cut out mechanism and the pressing mechanism on cutting the support body, the pressing mechanism level sets up highly to be less than cut out the mechanism, cut out the mechanism including violently establishing cut out the lead screw on cutting the support body, at least a set of with cut out lead screw sliding fit cut out the slider and fixed the setting and be in cut out the revolving cylinder on the slider be provided with on the revolving cylinder output and tailor the cylinder and tailor the slide rail, it pierces through to tailor the cylinder output cut out the slide rail top and tailor the sword and be connected, and the drive cut out the sword and be in it slides from top to bottom in the slide rail to tailor.

Finally, cardboard cord grip include line ball lead screw, symmetry set up in the installation support body at both ends about the line ball lead screw, with line ball lead screw sliding fit's line ball slider and setting are in line ball sword module on the line ball slider, line ball sword module includes line ball rotating cylinder, biax moving mechanism and line ball sword, line ball rotating cylinder is fixed to be set up on the line ball slider, and the output with biax moving mechanism line connection, the line ball sword sets up can realize the translation in horizontal and vertical direction along with it on the biax moving mechanism.

Compared with the prior art, the beneficial effects of the utility model are that: through the conveyer belt and set gradually paper feeding mechanism, rubberizing cylinder device, heating leveling device on the conveyer belt, cut the cooperation between compression fittings and the cardboard cord grip, realize cardboard and paste window automated production and processing, realize simultaneously that the multi-angle cuts the functions such as transparent film, heating is mended glue automatically when leveling, consequently, the utility model discloses can realize automatic cardboard and paste window processing, improve production efficiency.

Drawings

Fig. 1 is a schematic top view of the present invention;

FIG. 2 is a schematic top view of the glue roller assembly;

FIG. 3 is a schematic structural diagram of the glue filling module;

FIG. 4 is a schematic top view of the paper feeding mechanism

FIG. 5 is a schematic view of the thickness bar construction;

FIG. 6 is a schematic side view of the paper feeding mechanism;

FIG. 7 is a schematic structural view of the paper supporting rod and the guide wheel;

FIG. 8 is a schematic side view of the heated screed apparatus;

FIG. 9 is a schematic front view of the heating and leveling device;

FIG. 10 is a schematic top view of the cutting and pressing device;

FIG. 11 is a front view structure diagram of the cutting mechanism;

FIG. 12 is an index configuration schematic of the stitching mechanism;

fig. 13 is a structural schematic diagram of the paperboard line pressing device.

Detailed Description

As shown in fig. 1, fig. 2 and fig. 3, the utility model comprises a conveyor belt, a paper feeding mechanism 1, a gluing roller device 2, a heating leveling device 3, a cutting and pressing device 4 and a paperboard line pressing device 5 which are arranged on the conveyor belt in sequence, wherein the paperboard line pressing device 5 is arranged under the heating leveling device 3,

rubberizing cylinder device 2 includes support body 20, sets gradually leveling module, spacing module, rubberizing cylinder 21 and the benefit of on the support body 20 glues the module, mend gluey module including mend gluey shrouding 22, control both ends through the pivot with support body 20 rotates the benefit of connecting gluey cylinder 23 and sets up mend gluey piece 24 on the benefit gluey shrouding 22, mend gluey shrouding 22 through the gangbar 25 with mend gluey cylinder 23 with support body 20 is connected and the slope sets up, mend gluey piece 24 with mend gluey cylinder 23 is tangent support body 20 corresponds still be provided with on the lateral wall of mended gluey cylinder 23 place and lift cylinder 26, lift the output of cylinder 26 with the gangbar 25 is connected. The linkage rod 25 is of a special-shaped design and comprises a short rod 251 and a long rod 252, wherein the tail end of the long rod 252 is rotatably connected with a connecting column 253 in sliding fit with the glue supplementing sealing plate 22, the connecting column 253 is fixedly connected with the glue supplementing block 24, the joint of the long rod 252 and the short rod 251 is rotatably connected with the glue supplementing roller 23 through a pin 254, and the output end of the lifting cylinder 26 is connected with the short rod 251. The utility model discloses in need right when the rubberizing cylinder 21 mends and glues, start lift cylinder 26, its output promotes quarter butt 251 with pin 254 lifts for the axle center, relatively ground stock 252 can with pin 254 rotates downwards for the axle center, and right spliced pole 253 exerts an edge mend and glues the power that shrouding 22 axis was put down, leads to spliced pole 253 drives mend gluey piece 24 is in mend and glue downward sliding on the shrouding 22, until mend gluey piece 24 stretch out to with on the tangent position of rubberizing cylinder 21, with glue the rubber coating mould on the rubberizing cylinder 21 department of meeting and accomplish and mend gluey.

Spacing module is including corresponding rubberizing cylinder 21 sets gradually positioning shaft 27 and slide rail pole 28 and a plurality of connect in on the support body 20 positioning shaft 27 with spacing 29 between the slide rail pole 28, spacing 29 both ends are provided with first slider 200 and second slider 201 respectively, wherein first slider 200 with positioning shaft 27 screw-thread fit second slider 201 with slide rail pole 28 sliding fit. A positioning motor 202 is further disposed on any side wall of the frame body 20 corresponding to the positioning shaft 27, and the positioning motor 202 is in transmission connection with the positioning shaft 27. A plurality of guide rollers 203 are rotatably arranged between the positioning shaft 27 and the slide rail rod 28 on the frame body 20, a top tangent of each guide roller 203 is flush with the upper surface of the leveling module, and the distance between each limiting strip 29 and each guide roller 203 is adjustable. The limiting strip 29 is adjusted according to the width of the actual processed paperboard, and the positioning motor 202 drives the positioning shaft 27 to rotate, so that the position of the limiting strip 29 is adjusted by sliding the first sliding block 200 and the second sliding block 201, and the limiting function is realized.

The flattening module comprises a flattening plate 204 and a flattening shaft 205 which are vertically and coaxially arranged, a flattening motor 206 is arranged on the frame body 20 corresponding to one side wall of the flattening shaft 205, the flattening motor 206 is in transmission connection with the flattening shaft 205, and a plurality of flattening wheels 207 are equidistantly arranged on the flattening shaft 205. The utility model discloses in, through leveling motor 206 drives flattening axle 205 rotates, sees through leveling wheel 207 will enter into extremely cardboard in flattening board 204 flattens, avoids the cardboard to produce the circumstances such as perk, has further improved the processingquality of equipment, has meanwhile still played the function that the pulling cardboard got into spacing module.

As shown in fig. 4, fig. 5, fig. 6 and fig. 7, in this embodiment, the paper feeding mechanism 1 includes a paper feeding module 10, a paper placing module disposed on the upper surface of the paper feeding module 10 and an adjusting slide rail 11 disposed outside the paper outlet end of the paper feeding module 10, the paper placing module includes an installation rod 12, at least one set of paper supporting rods 13, a guide wheel 14 and at least one set of thickness limiting rods 15, the installation rod 12 is located outside the paper inlet end of the paper feeding module 10, the paper supporting rods 13, the guide wheel 14 and the installation rod 12 are rotatably connected, the thickness limiting rods 15 include a vertical rod 151 fixedly disposed on the paper feeding module 10, a sliding member 152 and a sliding member 153 slidably engaged with the vertical rod 151, and a connecting rod 153 slidably engaged with the adjusting slide rail 11, a threaded rod 154 is disposed on the top of the vertical rod 151, a top of the sliding member 152 is sleeved on the threaded rod 154, an adjusting nut 155 is further disposed on the threaded rod 154, and a bottom of the adjusting nut 155 is abutted against the top of the sliding member 152.

The upper surface of the paper feeding module 10 is further provided with a width limiting assembly, the width limiting assembly comprises two groups of width limiting plates 17 which are in sliding fit with the adjusting slide rails 11 through second connecting rods 16, the width limiting plates 17 are arranged at the outer side ends of the thickness limiting rods 15, and the outer side walls of the width limiting plates 17 are further provided with spacing adjusting pieces connected with the second connecting rods 16. The distance adjusting piece comprises a rotating handle 18 penetrating through the second connecting rod 16, sliding guide columns 19 located on two sides of the rotating handle 18 and fixedly arranged at the bottom of the second connecting rod 16, and sliding sleeves 100 fixedly arranged on the width limiting plate 17 and in sliding fit with the sliding guide columns 19, wherein a connecting block 101 in threaded fit with the rotating handle 18 is arranged between the two sliding sleeves 100.

The paper supporting rod 13 and the guide wheel 14 are respectively connected with the mounting rod 12 through a supporting column 102, the paper supporting rod 13 is rotatably arranged at the top of the supporting column 102, a paper supporting plate 103 is further arranged at the position corresponding to the other end of the supporting column 102, inclined guide plates 104 are arranged at the upper end and the lower end of the paper supporting plate 103, and the paper supporting plate 103 is rotatably connected with the paper supporting rod 13 through the matching between a C-shaped sliding chute 105 and a sliding column 106. The guide wheel 14 is rotatably connected to the top of the corresponding support column 102 through a guide rod 141.

The paper feeding module 10 includes a paper feeding plate 107, a driving roller 108 and a driven roller 109 symmetrically disposed at the front and rear ends of the paper feeding plate 107, and a motor 110 disposed at the lower end of the paper feeding plate 107 and in transmission connection with the driving roller 108, wherein the driving roller 108 and the driven roller 109 are connected by a plurality of belts 111 disposed at intervals.

The utility model discloses in, through the adjustment hold in the palm cardboard 103 be in angle on the support paper pole 13 prescribe a limit to the cardboard with paper feed module 10's inclination, simultaneously according to the thickness of the cardboard that needs processing, through the rotating adjustment nut 155 adjusts slider 152 with advance the perpendicular interval of cardboard 107, satisfy the purpose of only transmitting a cardboard at every turn, effectively avoided appearing the appearance that the cardboard overlaps in the follow-up processing to the processingquality of equipment has been improved.

As shown in fig. 8 and fig. 9, the heating and leveling device 3 includes a film rotating shaft 31 for sleeving a film 30, a film guiding set and a heating and leveling module, the heating and leveling module includes a heating roller 32, a leveling roller 33 and a water heating tank 34 which are tangentially arranged, a water storage layer 35 is arranged in the heating roller 32, a water storage cavity 36 and a circulating water pump 37 are arranged in the water heating tank 34, a heating plate 38 is arranged at the bottom of the water storage cavity 36, and the water storage cavity 36, the circulating water pump 37 and the water storage layer 35 are mutually communicated. The heating roller 32 is further provided with a water inlet 39 and a water outlet 300 which are communicated with the water storage layer 35, the water inlet 39 and the water outlet 300 are provided with temperature detectors, a water pipe 301 is connected with the circulating water pump 37 and the water storage cavity 36, the water heating box 34 is provided with a display controller 302, and the display controller 302 is connected with the heating plate 38, the circulating water pump 37 and the temperature detectors are electrically connected. Through thermodetector is right the temperature in the reservoir 35 monitors to according to real-time temperature demand control heating plate 38 is right the water in the water storage chamber 36 heats, sees through at last circulating water pump 37 carries out hydrologic cycle, realizes heating temperature's control.

The film guiding set comprises a guiding roller 303 coaxially arranged below the heating roller 32 and a pressing guiding module arranged at the other side of the heating roller 32 corresponding to the film rotating shaft 31, and the pressing guiding module is higher than the guiding roller 303. The pressing guide module comprises a second guide roller 304 and a pressing roller 305, vertical adjusting plates 306 are arranged at the left end and the right end of the pressing roller 305, a pressing slider 307 is arranged in the vertical adjusting plates 306 in a sliding mode, a pressing guide pillar 308 is arranged at the top of the pressing slider 307, the pressing guide pillar 308 penetrates through the vertical adjusting plates 306 and is in threaded fit with a pressing nut 309 located at the top of the vertical adjusting plates 306, and the pressing roller 305 is arranged on the pressing slider 307. The transparent film is pulled to be flattened by the guide roller 303, and then the distance between the pressing roller 305 and the second guide roller 304 is adjusted by the pressing nut 309, so that the transparent film is pressed and flattened again.

As shown in fig. 10, fig. 11 and fig. 12, the cutting and stitching device 4 includes a cutting frame body 40 and a cutting mechanism and a stitching mechanism which are fixedly disposed on the cutting frame body 40, the stitching mechanism is horizontally disposed at a height lower than the cutting mechanism, the cutting mechanism includes a cutting screw rod 41 transversely disposed on the cutting frame body 40, at least one cutting slider 42 which is in sliding fit with the cutting screw rod 41, and a rotary cylinder 43 fixedly disposed on the cutting slider 42, a cutting cylinder 44 and a cutting slide rail 45 are disposed at an output end of the rotary cylinder 43, and an output end of the cutting cylinder 44 penetrates through the top of the cutting slide rail 45 and is connected with a cutting knife 46, and drives the cutting knife 46 to slide up and down in the cutting slide rail 45. The cutting mechanism further comprises a cutting guide roller 47 and a cutting adhesive guiding module, the cutting adhesive guiding module comprises two ends, the two ends are rotatably connected with a cutting guide roller II 48 and two ends in the cutting frame body 40, the two ends are arranged on the cutting frame body 40 through a height adjusting plate 49, a cutting press-fit roller 400 is arranged on the cutting frame body 40, the contact point position of the cutting press-fit roller 400 and the cutting guide roller II 48 is consistent with the lower plane of the cutting slide rail 45, and the cutting guide roller 47 is lower than the cutting adhesive guiding module. A sliding block is further arranged in the height adjusting plate 49, a threaded column 401 at the top of the sliding block penetrates through the top of the height adjusting plate 49 and is matched with an external adjusting nut 402, and two ends of the cutting and pressing roller 400 are fixedly arranged on the sliding block. The utility model discloses mainly be applied to in the window patching machine, through cut out guide roll 47 with cut out and draw the cooperation between the gluey module, draw the transparent film to the flattening and introduce extremely among the cutting mechanism, through cut out lead screw 41, with cut out the cooperation adjustment between the slider 42 the horizontal position of cutting out sword 46, through revolving cylinder 43 adjusts cutting out the scissors that cuts out sword 46, last pass through cut out cylinder 44 control cutting out sword 46 gliding realization is cut out to satisfy the requirement of different processing demands to cutting out scissors 46, realize that single cutting out the station carries out the function that multi-angle multiposition was cut out.

The pressing mechanism comprises a pressing screw rod 403 transversely arranged in the cutting frame body 40, a pressing sliding block 404 in sliding fit with the pressing screw rod 403, and a pressing air cylinder 405 arranged on the pressing sliding block 404, wherein a pressing plate 406 is arranged at the output end of the pressing air cylinder 405, and a pressing plane 407 is also transversely arranged on the cutting frame body 40 at a position corresponding to the pressing plate 406. The pressing mechanism further comprises a pressing guide roller 408 and a pressing glue guiding module, the pressing guide roller 408 is arranged at a position lower than the pressing plane 407, the pressing glue guiding module comprises a glue guiding roller 409 and a pressing guide roller II 410, the two ends of the glue guiding roller 409 are rotatably connected with the cutting frame body 40, the glue guiding roller 409 and the pressing guide roller II 410 are coaxial and tangent in the vertical direction, and the tangent point is level to the pressing plane 407. Similarly, the cut transparent film is introduced onto the pressing plane 407 by the pressing guide roller 408 and the pressing glue-introducing module, and the pressing cylinder 405 controls the pressing plate 406 to descend, so as to press and combine the transparent film with the glued paperboard which is moved into the pressing plane 407 in advance.

As shown in fig. 13, the cardboard line pressing device 5 includes a line pressing screw rod 50, mounting frames 51 symmetrically disposed at the left and right ends of the line pressing screw rod 50, a line pressing slider 52 in sliding fit with the line pressing screw rod 50, and a line pressing knife module disposed on the line pressing slider 52, where the line pressing knife module includes a line pressing rotating cylinder 53, a dual-axis moving mechanism, and a line pressing knife 54, the line pressing rotating cylinder 53 is fixedly disposed on the line pressing slider 52, and the output end of the line pressing rotating cylinder is in line connection with the dual-axis moving mechanism, and the line pressing knife 54 is disposed on the dual-axis moving mechanism and can realize horizontal and vertical translation therewith. The utility model discloses a line ball lead screw 50 with cooperation between the line ball slider 52 is realized the lateral shifting of line ball sword 54 to satisfy the most basic horizontal line ball function in the cardboard processing, simultaneously through addding line ball rotating cylinder 53 drives line ball sword 54 is rotatory, utilizes translation work after biax moving mechanism rotates and the function of accomplishing final push down, thereby realizes that single station carries out the function of multi-angle line ball.

In this embodiment, the dual-axis moving mechanism includes a second wire pressing screw 55, a second wire pressing cylinder 56, and a second wire pressing slider 57, the top of the second wire pressing screw 55 is connected to the wire pressing rotating cylinder 53 through a rotating member 58, the second wire pressing slider 57 is in sliding fit with the second wire pressing screw 55, the wire pressing cylinder 56 is fixedly disposed at the top of the second wire pressing slider 57, the output end of the wire pressing cylinder is connected to the wire pressing knife 54, and the wire pressing knife 54 can extend out of the second wire pressing slider 57 under the driving of the wire pressing cylinder 56. A line pressing swing arm 59 is further arranged on the second line pressing sliding block 57, one end of the line pressing swing arm 59 is rotatably connected with the second line pressing sliding block 57 through an elastic rotating shaft 500, the other end of the line pressing swing arm is connected with the line pressing knife 54, and the line pressing swing arm 59 and an extension line of the output end of the line pressing cylinder 56 form an included angle of 90 degrees. And wire pressing planes 501 are also transversely arranged on the two mounting frame bodies 51, the wire pressing planes 501 are positioned under the wire pressing knives 54, and the length and width of each wire pressing plane are larger than those of the second wire pressing screw rod 55. The utility model discloses in, the accessible is changed elasticity pivot 500, through adjustment elasticity control the stroke of pushing down of line ball swing arm 59 also can directly pass through line ball cylinder 56's stroke of pushing down controls the distance of pushing down of line ball sword 54 to realize the adjustment of indentation depth.

Finally, it should be emphasized that the above-described embodiments are merely preferred examples of the present invention, and are not intended to limit the invention, as those skilled in the art will appreciate that various changes and modifications may be made, and any and all modifications, equivalents, and improvements made, while remaining within the spirit and principles of the present invention, are intended to be included within the scope of the present invention.

Claims (7)

1. Automatic window patching machine, its characterized in that: comprises a conveyor belt, a paper feeding mechanism (1), a gluing roller device (2), a heating leveling device (3), a cutting and pressing device (4) and a paperboard line pressing device (5) which are arranged on the conveyor belt in sequence, wherein the paperboard line pressing device (5) is arranged under the heating leveling device (3),

rubberizing cylinder device (2) include support body (20), set gradually leveling module, spacing module, rubberizing cylinder (21) and benefit gluey module on support body (20), mend gluey module including mend gluey shrouding (22), control both ends through the pivot with support body (20) rotate the benefit gluey cylinder (23) of connecting and set up mend gluey piece (24) on the benefit gluey shrouding (22), mend gluey shrouding (22) through gangbar (25) with mend gluey cylinder (23) with support body (20) are connected and the slope sets up, mend gluey piece (24) with it is tangent to mend gluey cylinder (23) support body (20) correspond still be provided with on the lateral wall of benefit gluey cylinder (23) position and lift cylinder (26), the output of lifting cylinder (26) with gangbar (25) are connected.

2. The automatic window patching machine of claim 1, wherein: the linkage rod (25) comprises a short rod (251) and a long rod (252) in a special-shaped design, wherein the tail end of the long rod (252) is rotatably connected with a connecting column (253) in sliding fit with the glue supplementing sealing plate (22), the connecting column (253) is fixedly connected with the glue supplementing block (24), the joint of the long rod (252) and the short rod (251) is rotatably connected with the glue supplementing roller (23) through a pin (254), and the output end of the lifting cylinder (26) is connected with the short rod (251).

3. The automatic window patching machine of claim 1, wherein: paper feed mechanism (1) is in including paper feed module (10), setting paper feed module (10) upper surface put the paper module and set up in paper feed module (10) goes out adjustment slide rail (11) in the paper end outside, put the paper module including installation pole (12), at least a set of support paper pole (13) and leading wheel (14) and at least a set of limit for thickness pole (15), installation pole (12) are located paper feed module (10) paper end outside, support paper pole (13) with leading wheel (14) with installation pole (12) rotate to be connected, limit for thickness pole (15) are including fixed setting up vertical pole (151) on paper feed module (10), with vertical pole (151) sliding fit's slider (152), fixed setting are in on vertical pole (151) and with adjustment slide rail (11) sliding fit's connecting rod (153), vertical pole (151) top is provided with threaded rod (154), slider (152) top cover is established on threaded rod (154), still be provided with on adjustment threaded rod (154) adjustment nut (155) the nut (155) support nut (155) top.

4. The automatic window patching machine of claim 1, wherein: heating leveling device (3) are including being used for the cover to establish film pivot (31), film direction group and the heating leveling module of film (30), heating leveling module is including tangent heating roller (32) and leveling roller (33) and hydrothermal case (34) that set up, heating roller (32) embeds there is reservoir (35), be provided with water storage chamber (36) and circulating water pump (37) in hydrothermal case (34) water storage chamber (36) bottom is provided with heating plate (38), water storage chamber (36) circulating water pump (37) and communicate each other between reservoir (35).

5. The automatic window patching machine of claim 4, wherein: heating cylinder (32) last still be provided with water inlet (39) and delivery port (300) that reservoir (35) are linked together, water inlet (39) with delivery port (300) department all is provided with thermodetector to lead to pipe (301) with circulating water pump (37) water storage chamber (36) are connected be provided with display controller (302) on hydrothermal box (34), display controller (302) with heating plate (38) circulating water pump (37) thermodetector electric connection.

6. The automatic window patching machine of claim 1, wherein: cut compression fittings (4) including cutting support body (40) and fixed the setting cut off mechanism and the pressing fit mechanism on the support body (40), the pressing fit mechanism level sets up highly to be less than cut off mechanism, cut off mechanism including violently establishing cut off lead screw (41) on the support body (40), at least a set of with cut off lead screw (41) sliding fit cut off slider (42) and fixed the setting and be in cut off revolving cylinder (43) on slider (42) be provided with on revolving cylinder (43) output and cut off cylinder (44) and cut off slide rail (45), cut off cylinder (44) output pierces through cut off slide rail (45) top and cut off sword (46) and be connected, and drive cut off sword (46) and be in cut off slide rail (45) the up-and-down slip.

7. The automatic window patching machine of claim 1, wherein: cardboard cord grip (5) including line ball lead screw (50), symmetry set up in line ball lead screw (50) left and right ends installation support body (51), with line ball lead screw (50) sliding fit's line ball slider (52) and setting are in line ball sword module on the line ball slider (52), line ball sword module includes line ball rotating cylinder (53), biax moving mechanism and line ball sword (54), line ball rotating cylinder (53) are fixed to be set up on line ball slider (52), and the output with biax moving mechanism line connection, line ball sword (54) set up biax moving mechanism is last and can realize the translation in horizontal and vertical direction along with it.

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