CN213011060U

CN213011060U - Printing and winding integrated machine

Info

Publication number: CN213011060U
Application number: CN202021441690.1U
Authority: CN
Inventors: 高本强
Original assignee: Qufu Yuqiaofu Technology Co Ltd
Current assignee: Qufu Yuqiaofu Technology Co Ltd
Priority date: 2020-07-18
Filing date: 2020-07-18
Publication date: 2021-04-20
Anticipated expiration: 2030-07-18

Abstract

The utility model discloses a print roll width of cloth all-in-one, the mounting bracket is installed scroll printing mechanism, cloth holding mechanism and roll width of cloth mechanism, cloth holding mechanism sets up between scroll printing mechanism and roll width of cloth mechanism. The cloth accommodating mechanism comprises a cloth feeding rubber roller set, a movable cloth channel and a cloth discharging rubber roller set, wherein the movable cloth channel is arranged between the cloth feeding rubber roller set and the cloth discharging rubber roller set. The cloth feeding rubber roller group comprises a cloth feeding carrier roller, a cloth feeding driving roller is arranged at the upper end of the cloth feeding carrier roller, a cloth feeding driven roller is arranged at the upper part of the cloth feeding driving roller, the cloth feeding driven roller is connected with cloth feeding angle aluminum, and the cloth feeding angle aluminum is connected with a cloth feeding angle aluminum rotating shaft. The utility model relates to a section collection advertisement scroll is printed, is held cloth, is tailor, is made a section of thick bamboo, is rolled up in full-automatic processing equipment of an organic whole, and easy operation, labour saving and time saving have greatly reduced the recruitment cost, have practiced thrift the place space, have improved work efficiency.

Description

Printing and winding integrated machine

Technical Field

The utility model relates to a scroll processing equipment specifically is a print roll of cloth all-in-one.

Background

At present, the production of advertisement banners in China is divided into two working flows of printing and post-processing. The printing part is mainly completed by a ribbon thermal transfer printer; the post-processing part comprises the procedures of cutting, tube making (sewing by a sewing machine at present, and rod threading and rolling are convenient), the post-processing operation steps are complicated, the post-processing operation steps are completed by manpower at present, a large work place needs to be occupied, time and labor are wasted, the work efficiency is low, and the labor cost for manufacturing the advertisement banner is greatly increased.

The utility model relates to a section collection advertisement scroll printing, hold cloth, tailor, system section of thick bamboo, scroll in full-automatic printing scroll equipment of an organic whole, easy operation, labour saving and time saving have greatly reduced the recruitment cost, have practiced thrift the place space, have improved work efficiency.

SUMMERY OF THE UTILITY MODEL

The utility model provides a print scroll all-in-one to it is not enough to solve prior art.

The utility model discloses a realize above-mentioned purpose, realize through following technical scheme:

the integrated printing and winding machine comprises a mounting frame, wherein a scroll printing mechanism, a cloth accommodating mechanism and a winding mechanism are mounted on the mounting frame, and the cloth accommodating mechanism is arranged between the scroll printing mechanism and the winding mechanism.

The cloth accommodating mechanism comprises a cloth feeding rubber roller set, a movable cloth channel and a cloth discharging rubber roller set, wherein the movable cloth channel is arranged between the cloth feeding rubber roller set and the cloth discharging rubber roller set.

The cloth feeding rubber roller group comprises a cloth feeding carrier roller, a cloth feeding driving roller is arranged at the upper end of the cloth feeding carrier roller, a cloth feeding driven roller is arranged at the upper part of the cloth feeding driving roller, the cloth feeding driven roller is connected with cloth feeding angle aluminum, and the cloth feeding angle aluminum is connected with a cloth feeding angle aluminum rotating shaft; the cloth discharging rubber roller group comprises a cloth discharging carrier roller, a cloth discharging driving roller is arranged at the upper end of the cloth discharging carrier roller, a cloth discharging driven roller is arranged on the upper portion of the cloth discharging driving roller, the cloth discharging driven roller is connected with cloth discharging corner aluminum, and the cloth discharging corner aluminum is connected with a cloth discharging corner aluminum rotating shaft.

The movable cloth channel comprises a cloth channel which is fixedly connected with a sliding block, and the sliding block is in sliding connection with the sliding rail through motor driving.

The movable cloth channel comprises a self-gravity cloth channel, the self-gravity cloth channel is fixedly connected with a gravity guide shaft, and the gravity guide shaft is connected with a gravity slide way in a sliding manner.

The cloth winding mechanism is provided with a cutting device, a cloth winding and tube making device and a cloth collecting device, and the cutting device is provided with a cloth releasing device, a cloth feeding device and a cutter device.

The scroll making device is provided with a rubberizing device, a front drum making device, a rear drum making device and a scroll conveying device; the width collecting device comprises a bracket, the bracket is L-shaped, and the upper part of the bracket is arranged on a width collecting mounting beam; the cloth discharging device is provided with a discharging roller bracket, the discharging roller bracket is fixed on the machine body through a mounting hole, and a discharging roller is arranged on the discharging roller bracket; the cloth feeding device is provided with a compression roller, the compression roller is arranged on a compression roller block, the lower part of the compression roller is provided with a driven compression roller, the compression roller block is fixedly connected with a motor connecting shaft through angle iron, a cloth feeding guide roller is arranged between the cloth feeding device and the cloth placing device, and a cloth feeding and compressing channel is arranged between the cloth feeding guide roller and the compression roller; the cloth feeding device comprises a cloth feeding device and a cloth cutting device, wherein the cloth feeding device comprises a cloth feeding device, a cloth conveying device and a cloth conveying device, the cloth conveying device comprises a cloth conveying device, the cloth conveying device and a cloth conveying device, the cloth conveying device comprises a cutter.

The rubberizing device is provided with a portal frame, the portal frame is fixedly arranged on a mounting frame, a transmission motor is arranged on one side of the portal frame, the transmission motor is meshed with a transmission belt through a first transmission gear, a second transmission gear is arranged on the other side of the portal frame, the second transmission gear is also meshed with the transmission belt, two ends of the transmission belt are respectively fixedly connected with a rubberizing mounting plate, a first sliding block is arranged on the rubberizing mounting plate, the first sliding block is matched with a sliding groove formed in the portal frame through a motor to drive the rubberizing mounting plate to slide, the rubberizing mounting plate is provided with a rubber belt fixing wheel which is connected with the rubber belt motor, the rubberizing mounting plate is provided with a receiving wheel which is connected with a receiving motor, a first rubber guide rod and a second rubber guide rod are arranged on the rubberizing mounting plate, the rubberizing mounting plate is provided with a rubberizing roller through a rubberizing mounting angle plate, two sides of the, the anti-sticking paper is mounted on the upper surface of the bonding plate, the width fixing device is mounted on the lower portion of the bonding plate and fixedly connected with the cross beam on the mounting frame through the electromagnet fixing frame, the electromagnet is mounted on the electromagnet fixing frame, the needle plate is mounted on the upper portion of the electromagnet, and the fixing needle is mounted on the upper portion of the needle plate.

The front cylinder making device comprises a cross beam, a cylinder making slide rail is arranged on the cross beam, a cylinder making slide block is arranged on the cylinder making slide rail and fixedly connected with a cylinder making mounting plate, the cylinder making mounting plate is driven by a motor to realize the sliding of the cylinder making slide block on the cylinder making slide rail, a large semicircular rod motor and a small semicircular rod motor are arranged on the cylinder making mounting plate, the large semicircular rod motor and the small semicircular rod motor are respectively connected with a large semicircular rod and a small semicircular rod through a connecting shaft and a driving belt, one end of the cross beam is provided with a circular rod supporting frame, and the circular rod supporting frame is connected with the large semicircular rod and the small semicircular rod through semicircular shaft sleeves; the rear cylinder making device and the front cylinder making device have the same structure.

The width conveying device comprises a supporting plate, an electromagnetic valve is arranged on the supporting plate, a double-clamping plate is arranged at the lower end of the electromagnetic valve, a width conveying sliding block is fixedly installed on the supporting plate, and the width conveying sliding block is connected with a width conveying sliding rail fixedly installed on the installation frame in a sliding mode through a width conveying motor.

The utility model has the advantages that: the utility model relates to a section collection scroll is printed, is held cloth, is tailor, system section of thick bamboo, is rolled up in full-automatic equipment of an organic whole, easy operation, labour saving and time saving, save the place, greatly improved production efficiency, reduced the cost of labor.

Drawings

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

FIG. 2 is a schematic structural view of an embodiment of a paper holding mechanism 6 of the present invention;

FIG. 3 is a schematic structural view of a second embodiment of the paper holding mechanism 6 of the first embodiment of the present invention;

fig. 4 is a schematic structural view of the winding mechanism 7;

fig. 5 is a front view of the winding mechanism 7;

FIG. 6 is a schematic sectional view A-A of FIG. 5;

FIG. 7 is a schematic view of a cloth feeding device of the winding mechanism 7;

fig. 8 is a structural schematic view of a cutter device of the web winding mechanism 7;

fig. 9 is a schematic structural view of a web winding and winding device of the web winding mechanism 7;

fig. 10 is a schematic view of the structure of the web feeding device of the winding mechanism 7;

fig. 11 is a schematic structural view of the web fixing device of the winding mechanism 7.

Reference numerals: mounting frame 1, cutting device 2, web winding and tube making device 3, web receiving device 4, web printing mechanism 5, cloth containing mechanism 6, web winding mechanism 7, cloth releasing device 21, material releasing roller 211, material releasing roller bracket 212, mounting hole 213, cloth feeding device 22, cloth feeding guide roller 214, cloth feeding roller cloth channel 215, motor connecting shaft 216, angle iron 217, press roller 218, dynamic pressure roller 219, press roller block 220, cutter device 23, cutter 231, cutter slider 232, cutter motor 233, cutter guide wheel 234, press roller cloth channel 221, rubberizing device 31, material receiving wheel 301, first rubberizing rod 302, rubberizing mounting angle plate 303, second rubberizing rod 305, rubberizing roller 307, press roller 308, web fixing device 309, electromagnet fixing frame 310, gantry 311, transmission motor 312, first transmission gear 313, second transmission gear 314, transmission belt 315, rubberizing mounting plate, chute 317, slider one 316, adhesive

tape fixing wheel

319, 3110, Needle plate 3111, adhesive plate 3112, release paper 3113, fixed needle 3114, front cylinder making device 32, beam 320, cylinder making motor 321, cylinder making transmission belt 323, cylinder making slide rail 324, cylinder making slide block 325, cylinder making mounting plate 326, large semicircular rod motor 328, small semicircular rod motor 329, large semicircular rod 3201, small semicircular rod 3202, rear cylinder making device 33, width sending device 34, double-clamp plate 341, electromagnetic valve 342, support plate 343, width sending motor 344, width sending slide block 345, width sending slide rail 346, width receiving mounting beam 41, cloth withdrawing ring 42, bracket 43, circular rod support frame 44, cloth sending rubber roller group 61, movable cloth channel 62, cloth discharging rubber roller group 63, cloth sending roller 611, cloth sending driving roller 612, cloth sending 613, cloth sending angle aluminum 614, cloth sending angle aluminum rotation shaft 615, cloth discharging roller 632, cloth discharging driven roller 633, cloth discharging angle aluminum rotation shaft 622, cloth discharging angle rotation shaft 635, cloth channel 631, cloth sliding rail 623, small semicircular rod motor 329, large semicircular rod 3201, small semicircular rod 3202, cloth withdrawing ring 42, bracket 43, cloth feeding rubber roller support, A gravity cloth path 624, a gravity guide shaft 625 and a gravity slide 626.

Detailed Description

The integrated machine for printing and rolling comprises a mounting frame 1, wherein a scroll printing mechanism 5, a cloth accommodating mechanism 6 and a rolling mechanism 7 are mounted on the mounting frame 1, and the cloth accommodating mechanism 6 is arranged between the scroll printing mechanism 5 and the rolling mechanism 7. The arrangement of the cloth accommodating mechanism 6 solves the problem of realizing cooperative work of banner printing and scroll processing, greatly improves the working efficiency, saves the operating area and reduces the production and processing cost.

The utility model discloses further embodiment: the cloth accommodating mechanism 6 comprises a cloth feeding rubber roller group 61, a movable cloth channel 62 and a cloth discharging rubber roller group 63, wherein the movable cloth channel 62 is arranged between the cloth feeding rubber roller group 61 and the cloth discharging rubber roller group 63. The cloth feeding rubber roller group 61 comprises a cloth feeding carrier roller 611, a cloth feeding driving roller 612 is arranged at the upper end of the cloth feeding carrier roller 611, a cloth feeding driven roller 613 is arranged at the upper part of the cloth feeding driving roller 612, the cloth feeding driven roller 613 is connected with a cloth feeding angle aluminum 614, and the cloth feeding angle aluminum 614 is connected with a cloth feeding angle aluminum rotating shaft 615; the cloth discharging rubber roller group 63 comprises a cloth discharging carrier roller 631, a cloth discharging driving roller 632 is arranged at the upper end of the cloth discharging carrier roller 631, a cloth discharging driven roller 633 is arranged at the upper part of the cloth discharging driving roller 632, the cloth discharging driven roller 633 is connected with a cloth discharging corner aluminum 634, and the cloth discharging corner aluminum 634 is connected with a cloth discharging corner aluminum rotating shaft 635.

The utility model discloses a 6 embodiment a structure schematic diagrams of paper mechanism are held to I portion, as shown in FIG. 2 portable cloth way 62 includes cloth way 621, cloth way 621 and slider 622 fixed connection, slider 622 passes through motor drive realization and slide rail 623 sliding connection. The embodiment is a paper containing mechanism driven by external force.

The utility model discloses two structural schematic diagrams of 6 embodiments of I portion paper holding mechanism, shown in FIG. 3 movable cloth way 62 include from gravity cloth way 624, from gravity cloth way 624 and gravity guiding axle 625 fixed connection, gravity guiding axle 625 and gravity slide 626 sliding connection. This embodiment is a self-gravity driven paper holding mechanism.

Description of paper-holding working principle: when the banner printing mechanism 5 prints a banner, the banner enters the movable cloth channel 62 through the cloth feeding rubber roller group 61 arranged on the cloth accommodating mechanism 6, passes through the cloth channel 621 and enters the winding mechanism 7 through the cloth discharging rubber roller group 63, and after the banner enters the winding mechanism 7, the movable cloth channel 62 descends. When the scroll printing machine is used for printing normally, the cloth feeding rubber roller group 61 is driven by the motor to feed cloth, the cloth feeding speed is slightly higher than the rotating speed of the printing rubber roller in the scroll printing mechanism 5, and a certain tension is provided for the scroll while the scroll is driven. The cloth discharging rubber roller group 63 is driven by a motor, the rotating speed of the cloth discharging rubber roller group is slightly smaller than the speed of a winding shaft, and tension is provided for winding while the scroll is conveyed. When the winding process is performed, the cloth-out rubber roller set 63 is in a stopped state without rotating when the actions of clamping cloth, sticking a rubber belt, cutting cloth, retreating cloth and the like are performed. When the cloth discharging rubber roller group 63 is in a stop state, the printing process of the scroll is continuous, namely, the cloth feeding rubber roller group 61 is in a rotating state all the time, and the printed scroll is subjected to cloth containing under the action of the paper containing mechanism 6.

The utility model discloses further scheme is: the scroll mechanism 7 is provided with a cutting device 2, a scroll making device 3 and a scroll collecting device 4. The cutting device 2 is provided with a cloth placing device 21, a cloth feeding device 22 and a cutter device 23. The web winding device 3 is provided with a glue applying device 31, a front winding device 32, a rear winding device 33, and a web feeding device 34.

The utility model discloses a further scheme is: the width-folding device 4 comprises a bracket 43, the bracket 43 is L-shaped, and the upper part of the bracket 43 is arranged on the width-folding mounting beam 41. When the scroll device finishes rolling the scroll, the cylinder making motor 321 pulls the big semicircular rod 3201 and the small semicircular rod 3201 to two sides, the scroll is stopped in the middle under the action of the cloth withdrawing ring 42, and the scroll falls on the bracket along the bracket.

The utility model discloses preferred scheme is: the cloth discharging device 21 is provided with a discharging roller bracket 212, the discharging roller bracket 212 is fixed on the machine body through a mounting hole 213, and the discharging roller bracket 212 is provided with a discharging roller 211. The cloth feeding device 22 is provided with a pressing roller 218, the pressing roller 218 is installed on a pressing roller block 220, a driven pressing roller 219 is arranged at the lower part of the pressing roller 218, the pressing roller block 220 is fixedly connected with a motor connecting shaft 216 through an angle iron 217, a cloth feeding guide roller 214 is arranged between the cloth feeding device 22 and the cloth releasing device 21, and a cloth feeding roller cloth channel 215 is arranged between the cloth feeding guide roller 214 and the pressing roller 218. The cutting device 23 comprises a cutting knife 231, a cutting knife slider 232 and a cutting knife motor 233, wherein cutting knife guide wheels 234 are respectively arranged on two sides of the cutting knife 231, the cutting knife motor 233 provides power for the cutting knife 231, and a press roll cloth path 221 is arranged between the cloth feeding device 22 and the cutting device 23. The compression roller motor drives the compression roller 218 to rotate, pressure is given to the compression roller by the driven compression roller motor, the scroll produces forward thrust through two compression rollers, thereby make the scroll can move forward along the cloth way, there is the inductor compression roller 218 the place ahead, when the scroll passes through the inductor, the instruction can be given for the compression roller motor to the inductor, rotate the position that the cutter needs the cutting at the compression roller and let the motor stall when certain time, just can send the scroll to. The cutter 231 is controlled by the cutter motor 233 to move on the rail, the cutter 231 is provided with a cutter guide wheel 234, and when the motor drives the cutter 231 to move back and forth, the guide wheel rotates to drive the cutter wheel to rotate rapidly to achieve the purpose of cutting the scroll.

The utility model discloses further preferred scheme is: the rubberizing device 31 is provided with a portal frame 311, the portal frame 311 is fixedly arranged on the mounting frame 1, one side of the portal frame 311 is provided with a transmission motor 312, the transmission motor 312 is meshed with a transmission belt 315 through a first transmission gear 313, the other side of the portal frame 311 is provided with a second transmission gear 314, the second transmission gear 314 is also meshed with the transmission belt 315, two ends of the transmission belt 315 are respectively and fixedly connected with a rubberizing mounting plate 316, the rubberizing mounting plate 316 is provided with a first sliding block 318, the first sliding block 318 and a sliding groove 317 formed in the portal frame 311 are matched with each other through a motor to drive the rubberizing mounting plate 316 to slide, the rubberizing mounting plate 316 is provided with a tape fixing wheel 319, the tape fixing wheel 319 is connected with a tape motor, the rubberizing mounting plate 316 is provided with a receiving wheel 301, the receiving wheel 301 is connected with the motor, the rubberizing mounting plate 316 is provided with a first rubber guide rod 302 and a second rubber guide rod 305, the rubberizing mounting, moulding roller 307 both sides set up pinch roller 308, moulding roller 307 lower part sets up adhesive sheet 3112, the antiseized paper 3113 of adhesive sheet 3112 upper surface mounting, the solid width of cloth device 309 of adhesive sheet 3112 lower part installation, gu width of cloth device 309 passes through crossbeam fixed connection on electro-magnet mount 310 and the mounting bracket 1, installation electro-magnet 3110 on the electro-magnet mount 310, electro-magnet 3110 upper portion installation faller 3111, the fixed needle 3114 of faller 3111 upper portion installation. The web fixing device 309 can fix the banner firmly on the adhesive plate 3112, and the tape motor and the driving motor 312 are synchronous motors. The adhesive tape sticking device 31 controls the moving position of the scroll through a sensor, the motor stops rotating after the position is determined, the motor controls the bonding position through a transmission belt 315, an adhesive tape mounting plate 316 is fixed on a sliding block 318, the sliding block 318 is matched with a sliding rail 303, the accurate position of the adhesive tape sticking device is controlled through the rotation of the motor, a double-faced adhesive tape and an adhesive tape are placed on the scroll through an adhesive tape pressing roller 307 after the position is determined, because the double-faced adhesive tape is fixed on an adhesive tape fixing wheel 319, reverse synchronous motors are respectively arranged on the adhesive tape fixing wheel 319 and a material receiving wheel 301, the double-faced adhesive tape is always in a tight state through the reverse synchronous motors, and the waste material belt is collected on the material receiving wheel 301 through a first adhesive tape guiding rod 302 and a second.

The front cylinder making device 32 comprises a cross beam 320, a cylinder making slide rail 324 is arranged on the cross beam 320, a cylinder making slide block 325 is arranged on the cylinder making slide rail 324, the cylinder making slide block 325 is fixedly connected with a cylinder making mounting plate 326, the cylinder making mounting plate 326 realizes the sliding of the cylinder making slide block 325 on the cylinder making slide rail 324 through the driving of a motor, a large semicircular rod motor 328 and a small semicircular rod motor 329 are arranged on the cylinder making mounting plate 326, the large semicircular rod motor 328 and the small semicircular rod motor 329 are respectively connected with a large semicircular rod 3201 and a small semicircular rod 3202 through connecting shafts and driving belts, a circular rod support frame 44 is arranged at one end of the cross beam 320, and the circular rod support frame 44 is connected with the large semicircular rod 3201 and the small semicircular rod 3202 through a semicircular shaft sleeve 321; the rear cylinder making device 33 has the same structure as the front cylinder making device 32. When the scroll reaches the front drum making device 32, the large semicircular rod 3201 and the small semicircular rod 3202 tightly tighten the cloth head through the cooperation of the large semicircular rod motor 328 and the small semicircular rod motor 329, the large semicircular rod 3201 and the small semicircular rod 3201 can independently rotate to the semicircular positions and can also simultaneously rotate, and after the bonding action is finished, the large semicircular rod motor 328 and the small semicircular rod motor 329 rotate so as to roll the scroll.

After the scroll is moved for a certain distance at the end, the scroll is clamped by the scroll feeding device 4 after the electromagnet is electrified, the motor moves to the cloth rolling opening of the rear scroll making device 33 through the slide rail, the motor drives the small semicircular motor to rotate in the same way to clamp the scroll, then the adhesive tape pasting device 31 is started to paste the double-sided adhesive tape, the rear scroll making device 33 rotates, the front scroll making device 32 rotates reversely at the same time, and the adhesion action of the end double-sided adhesive tape is realized. After the front and rear bobbin making devices rotate for 3-4 weeks, the rotation is stopped simultaneously, the small semicircular rod 3201 of the rear bobbin making device 33 rotates reversely, the large semicircular rod 3201 keeps still, a semicircle is formed in this way, the small semicircular rod 3201 enters the large semicircular rod 3201, the scroll is loosened in this way, the electromagnet of the scroll feeding device 4 is started to clamp the scroll, the rear bobbin making device 33 is driven by the motor to move transversely to withdraw from the scroll winding drum, then the electromagnet is loosened, the rear bobbin making device 33 rotates to wind up the residual scroll, finally the large semicircular rod 3201 and the small semicircular rod 3201 are pulled to one side through the bobbin making motor 321, and the scroll automatically drops into the bobbin making device 4.

The width sending device 34 comprises a supporting plate 343, an electromagnetic valve 342 is arranged on the supporting plate 343, a double-clamping plate 341 is arranged at the lower end of the electromagnetic valve, a width sending sliding block 345 is fixedly installed on the supporting plate 343, and the width sending sliding block 345 is connected with a width sending sliding rail 346 fixedly installed on the installation frame 1 through a width sending motor 344 in a sliding manner. After the slitting knife finishes slitting the web, the web feeding device 34 waits at the slitting edge, the web is made to pass through a space reserved between the two clamping plates of the double clamping plate 341, when the web passes through the double clamping plate 341 for a specified distance, the electromagnetic valve 342 is energized to make the double clamping plate 341 clamp the web, and the web is fed to the position of the front can manufacturing device 32 through the web feeding slide rail 346.

The embodiments of the present invention have been described with reference to the accompanying drawings, but these descriptions should not be construed as limiting the scope of the present invention, and the technical contents not described in detail in the present invention are known in the art.

Claims

1. The utility model provides a print roll-to-roll all-in-one, includes mounting bracket (1), its characterized in that: install banner printing mechanism (5), hold cloth mechanism (6) and scroll mechanism (7) on mounting bracket (1), hold cloth mechanism (6) and set up between banner printing mechanism (5) and scroll mechanism (7).

2. A printing and web-winding integrated machine according to claim 1, characterized in that: the cloth containing mechanism (6) comprises a cloth feeding rubber roller group (61), a movable cloth channel (62) and a cloth discharging rubber roller group (63), wherein the movable cloth channel (62) is arranged between the cloth feeding rubber roller group (61) and the cloth discharging rubber roller group (63).

3. A printing and web-winding integrated machine according to claim 2, characterized in that: the cloth feeding rubber roller group (61) comprises a cloth feeding carrier roller (611), a cloth feeding driving roller (612) is arranged at the upper end of the cloth feeding carrier roller (611), a cloth feeding driven roller (613) is arranged at the upper part of the cloth feeding driving roller (612), the cloth feeding driven roller (613) is connected with a cloth feeding angle aluminum (614), and the cloth feeding angle aluminum (614) is connected with a cloth feeding angle aluminum rotating shaft (615); go out cloth rubber roll group (63) including going out cloth bearing roller (631), go out cloth bearing roller (631) upper end and set up out cloth drive roll (632), go out cloth drive roll (632) upper portion and set up out cloth driven roller (633), it is connected with a cloth angle aluminium (634) to go out cloth driven roller (633), go out cloth angle aluminium (634) and go out cloth angle aluminium pivot (635) and be connected.

4. A printing and web-winding integrated machine according to claim 2, characterized in that: the movable cloth channel (62) comprises a cloth channel (621), the cloth channel (621) is fixedly connected with a sliding block (622), and the sliding block (622) is in sliding connection with a sliding rail (623) through motor driving.

5. A printing and web-winding integrated machine according to claim 2, characterized in that: the movable cloth channel (62) comprises a self-gravity cloth channel (624), the self-gravity cloth channel (624) is fixedly connected with a gravity guide shaft (625), and the gravity guide shaft (625) is in sliding connection with a gravity slide way (626).

6. A printing and web-winding integrated machine according to claim 1, characterized in that: the cloth winding mechanism (7) is provided with a cutting device (2), a winding drum making device (3) and a cloth collecting device (4), and the cutting device (2) is provided with a cloth releasing device (21), a cloth feeding device (22) and a cutter device (23).

7. The printing and web-winding integrated machine according to claim 6, characterized in that: the scroll making device (3) is provided with a rubberizing device (31), a front drum making device (32), a rear drum making device (33) and a web feeding device (34); the width collecting device (4) comprises a bracket (43), the bracket (43) is L-shaped, and the upper part of the bracket (43) is arranged on a width collecting mounting beam (41); the cloth discharging device (21) is provided with a discharging roller bracket (212), the discharging roller bracket (212) is fixed on the machine body through a mounting hole (213), and the discharging roller (211) is arranged on the discharging roller bracket (212); the cloth feeding device (22) is provided with a pressing roller (218), the pressing roller (218) is installed on a pressing roller block (220), a driven pressing roller (219) is arranged at the lower part of the pressing roller (218), the pressing roller block (220) is fixedly connected with a motor connecting shaft (216) through an angle iron (217), a cloth feeding guide roller (214) is arranged between the cloth feeding device (22) and the cloth releasing device (21), and a cloth feeding and pressing roller cloth channel (215) is arranged between the cloth feeding guide roller (214) and the pressing roller (218); the cutting knife device (23) comprises a cutting knife (231), a cutting knife sliding block (232) and a cutting knife motor (233), cutting knife guide wheels (234) are arranged on two sides of the cutting knife (231) respectively, the cutting knife motor (233) provides power for the cutting knife (231), and a press roll cloth channel (221) is arranged between the cloth feeding device (22) and the cutting knife device (23).

8. A printing and web-winding integrated machine according to claim 7, characterized in that: the rubberizing device (31) is provided with a portal frame (311), the portal frame (311) is fixedly installed on the installation frame (1), a transmission motor (312) is installed on one side of the portal frame (311), the transmission motor (312) is meshed with a transmission belt (315) through a first transmission gear (313), a second transmission gear (314) is installed on the other side of the portal frame (311), the second transmission gear (314) is also meshed with the transmission belt (315), two ends of the transmission belt (315) are respectively and fixedly connected with a rubberizing installation plate (316), a first sliding block (318) is arranged on the rubberizing installation plate (316), the first sliding block (318) and a sliding groove (317) formed in the portal frame (311) are matched with each other through a motor to drive the rubberizing installation plate (316) to slide, the rubberizing installation plate (316) is provided with a rubber belt fixing wheel (319), the rubber belt fixing wheel (319) is connected with the rubber belt motor, the rubberizing installation plate (316), receive material wheel (301) and receive the material motor and be connected, it leads gluey pole (305) to set up first gluey pole (302) of leading and second on rubberizing mounting panel (316), rubberizing mounting panel (316) sets up moulding roller (307) through moulding installation scute (303), moulding roller (307) both sides set up pinch roller (308), moulding roller (307) lower part sets up adhesive sheet (3112), surface mounting antiseized paper (3113) are gone up to adhesive sheet (3112), the solid width of cloth device (309) of adhesive sheet (3112) lower part installation, the crossbeam fixed connection on solid width of cloth device (309) through electro-magnet mount (310) and mounting bracket (1), install electro-magnet (3110) on electro-magnet mount (310), electro-magnet (3110) upper portion installation faller (3111), faller (3111) upper portion installation fixing needle (3114).

9. A printing and web-winding integrated machine according to claim 7, characterized in that: the front cylinder making device (32) comprises a cross beam (320), a cylinder making sliding rail (324) is arranged on the cross beam (320), a cylinder making sliding block (325) is installed on the cylinder making sliding rail (324), the cylinder making sliding block (325) is fixedly connected with a cylinder making mounting plate (326), the cylinder making mounting plate (326) realizes the sliding of the cylinder making sliding block (325) on the cylinder making sliding rail (324) through the driving of a motor, a large semicircular rod motor (328) and a small semicircular rod motor (329) are installed on the cylinder making mounting plate (326), the large semicircular rod motor (328) and the small semicircular rod motor (329) are respectively connected with a large semicircular rod (3201) and a small semicircular rod (3202) through connecting shafts and transmission belts, a circular rod support frame (44) is arranged at one end of the cross beam (320), and the circular rod support frame (44) is connected with the large semicircular rod (3201) and the small semicircular rod (3202) through shaft sleeves (321); the rear cylinder making device (33) and the front cylinder making device (32) have the same structure.

10. A printing and web-winding integrated machine according to claim 7, characterized in that: the width sending device (34) comprises a supporting plate (343), an electromagnetic valve (342) is arranged on the supporting plate (343), a double-clamping plate (341) is arranged at the lower end of the electromagnetic valve, a width sending sliding block (345) is fixedly installed on the supporting plate (343), and the width sending sliding block (345) is in sliding connection with a width sending sliding rail (346) fixedly installed on the installation frame (1) through a width sending motor (344).