CN210759533U

CN210759533U - Organ bag inner page manufacturing machine

Info

Publication number: CN210759533U
Application number: CN201921584638.9U
Authority: CN
Inventors: 黄楚明
Original assignee: Shantou Nandun Machine Co ltd
Current assignee: Shantou Nandun Machine Co ltd
Priority date: 2019-09-23
Filing date: 2019-09-23
Publication date: 2020-06-16
Anticipated expiration: 2029-09-23

Abstract

The utility model discloses an organ bag inner page manufacturing machine, which comprises an unreeling device, a longitudinal line rolling device, a film pinch roll, a storage swing roll, an angle punching device, a first label small bag punching device, a punching die moving platform, a punching die slide rail, a punching die translation mechanism, a long folding cutter, a folding device, a long folding sealing device, a heat sealing moving platform, a heat sealing slide rail, a heat sealing translation mechanism, a label small bag heat sealing device, a transverse hot-pressing line device, a servo pinch roll, a cutting device and a finished product collecting device; the first label small bag die punching device and the long folding cutter are sequentially installed on the die moving platform, the folding device and the long folding heat-sealing device are sequentially arranged on the frame and are located between the die moving platform and the heat-sealing moving platform, and the label small bag heat-sealing device is installed on the heat-sealing moving platform. The utility model discloses can enough prevent that interior page or leaf outward flange from cutting the hand, can adapt to different specifications interior page or leaf products again, accord with interior page or leaf product diversity requirement, easy operation is nimble.

Description

Organ bag inner page manufacturing machine

Technical Field

The utility model relates to a data bag production facility, in particular to organ bag inner page manufacturing machine.

Background

The organ type official document bag is also called the organ bag, and the organ bag comprises overcoat and interior page or leaf, and the overcoat generally forms a box structure with hard board line ball, involution, and the involution has certain quantity of interior page or leaf in the box structure, constitutes a plurality of accommodation space (like 6 or 12 accommodation space) of data between two adjacent interior pages or leaves, can adjust according to the thickness of various data, the classification of the various data of being convenient for is deposited. When the organ bag is produced, small label bags staggered in sequence are arranged on the outer edge of each inner page of the organ bag. The identification small bags are formed by a pair of folds on the outer edge of the inner page through heat sealing, and each identification small bag is separated by a certain distance and used for containing identification paper sheets so as to facilitate the identification and the arrangement of files.

The applicant has applied for utility model patent with application number CN201620975753.9 in 2016, 8, 30, it discloses an organ bag inner leaf makes machine, including setting gradually unwinding device in the frame, vertical thread rolling device, film pinch roll, storage pendulum roller, horizontal hot pressing line device, towards angle device, first label pouch die involution device and second label pouch die involution device, servo pinch roll, cutting device and finished product collection device, first label pouch die involution device, second label pouch die involution device all include servo translation mechanism, moving platform, slide rail, label pouch die device, label pouch fifty percent discount closing device. The label pouch punching device and the label pouch folding and heat sealing device are arranged on the moving platform, and the positions of the label pouches are staggered in sequence by the movement of the servo translation mechanism, so that the automatic production of the inner pages of the organ pouches is realized. Although the organ bag inner page manufacturing machine can realize automatic production of organ bag inner pages, the outer edges of the produced inner pages are thin and sharp, and workers are very easy to hurt hands by the outer edges of the inner pages in the processing and finishing processes of later steps. In addition, this kind of label pouch die device, long limit die device, the fifty percent discount sealing device of machine are made to interior page or leaf of organ bag install on same moving platform in proper order, all devices that set up on same moving platform all need the simultaneous action in the work, can not the independent control operation, when the specification of interior page or leaf product changes, it is difficult to adjust label pouch die device, the mounted position of long limit die device and label pouch fifty percent discount sealing device for it is loaded down with trivial details to adjust, can't accord with the requirement of interior page or leaf product variety.

Disclosure of Invention

The utility model aims to solve the problem that a machine is made to page or leaf in organ bag is provided, this kind of machine is made to page or leaf in organ bag can enough prevent that the interior page or leaf outward flange from cutting the hand, can adapt to the interior page or leaf product of different specifications again, accords with the requirement of interior page or leaf product variety, and the operation is adjusted simply in a flexible way.

In order to solve the technical problem, the utility model discloses a technical scheme as follows:

an organ bag inner page manufacturing machine comprises at least one unwinding device, at least one longitudinal line rolling device, at least one film pinch roller, at least one storage swing roller, at least one angle punching device, at least one first label bag die punching device, at least one label bag heat sealing device, at least one transverse hot-pressing line device, at least one servo pinch roller, at least one cutting device and at least one finished product collecting device which are sequentially arranged on a rack; the method is characterized in that: the device also comprises at least one die moving platform, at least one die sliding block, at least one die sliding rail, at least one die translation mechanism, at least one long flanging cutter, at least one flanging device, at least one long flanging heat-sealing device, at least one heat-sealing moving platform, at least one heat-sealing sliding block, at least one heat-sealing sliding rail and at least one heat-sealing translation mechanism; the stamping die sliding rail and the stamping die translation mechanism are both arranged on the rack, the stamping die sliding block is positioned on the stamping die sliding rail and can slide along the stamping die sliding rail, the stamping die moving platform is arranged on the stamping die sliding block, and the power output end of the stamping die translation mechanism is connected with the stamping die sliding block; the heat-sealing sliding rail and the heat-sealing translation mechanism are both arranged on the machine frame, the heat-sealing sliding block is positioned on the heat-sealing sliding rail and can slide along the heat-sealing sliding rail, the heat-sealing moving platform is installed on the heat-sealing sliding block, and the power output end of the heat-sealing translation mechanism is connected with the heat-sealing sliding block; the first label small bag die stamping device and the long folding cutter are sequentially arranged on the die moving platform, the folding device and the long folding heat-sealing device are sequentially arranged on the frame and are positioned between the die moving platform and the heat-sealing moving platform, and the label small bag heat-sealing device is arranged on the heat-sealing moving platform.

When the automatic folding machine works, a coil stock of the unwinding device passes through a longitudinal coil rolling device to form an inner folding line and an outer folding line, then is conveyed by a film pinch roll in a pinch mode, passes through a storage swing roll and an angle punching device in sequence, and after the corner working procedure of an inner page is completed by the angle punching device, the die punching, the long folding edge cutting and heat sealing of a label small bag of each inner page are completed by a first label small bag die device, a long folding edge cutting device, a long folding edge folding device, a long folding edge heat sealing device and a label small bag heat sealing device, and then after the transverse hot pressing line of the inner page is completed by a transverse hot pressing device, the coil stock is conveyed forwards by an inner page length by a servo feeding clamp roll, the rear end of the coil stock is cut into an inner page finished product by a cutting device, and finally the inner page finished product is collected by a finished product collecting device. Wherein, because the position of the label small bag at the edge of each inner page is not consistent, when the servo pinch roll forwards the roll material for one inner page length: the die moving platform moves a distance of the label small bags in a stepping mode to drive a first label small bag die device and a long folding edge cutter on the die moving platform to move correspondingly; the heat-sealing moving platform moves one label small bag step by a distance to drive the label small bag heat-sealing device on the heat-sealing moving platform to move correspondingly. Through the operation, after the inner pages are staggered by a certain distance in sequence, the servo pinch roll conveys one inner page for cutting off the next inner page finished product. After finishing the actions of a set of inner pages (5, 6 and 12), the die moving platform and the heat sealing moving platform return to the original positions to carry out the next working cycle.

The long folding edge cutter, the folding device and the long folding edge heat sealing device are used for processing a long folding edge on the outer edge of the inner page, so that the strength of the edge of the inner page is enhanced, and the edge of the inner page is prevented from being cut.

The die moving platform and the heat-sealing moving platform of the organ bag inner page manufacturing machine are separately arranged on the frame, the movement of the die moving platform and the heat-sealing moving platform is independently controlled by different translation mechanisms, and when a device on the die moving platform returns after completing the action in one period, the device can return without waiting for the completion of the actions of all devices of the whole machine, so that the waiting time of the whole machine is reduced, and the production efficiency of the whole machine is improved; when the specification of the inner page product is changed, the device on the die moving platform and the device on the heat-seal moving platform cannot be mutually influenced, the operation and the adjustment are simple and flexible, the inner page product with different specifications can be adapted, and the requirement on the diversity of the inner page product is met.

Of course, in order to improve the production efficiency of the inner pages and the requirements of customers, the unreeling device, the longitudinal line rolling device, the film pinch roll, the storage swing roll, the angle punching device, the first label small bag punching device, the label small bag heat sealing device, the punching die moving platform, the punching die slide rail, the punching die translation mechanism, the long folding edge cutter, the folding edge device, the long folding edge heat sealing device, the heat sealing moving platform, the heat sealing slide rail, the heat sealing translation mechanism, the transverse hot-pressing line device, the servo pinch roll, the cutting device and the finished product collecting device can be arranged in two or three ways, namely, two or three sets of the same organ inner page manufacturing machines are arranged on the rack side by side, so that a plurality of lines of production lines which are symmetrically distributed and independent from each other are arranged on the rack, a plurality of independent inner page products can be manufactured at the same time, and the point, the defective rate is reduced.

The unwinding device, the longitudinal line rolling device, the film pinch roll, the storage swing roll, the angle punching device, the first label small bag die punching device, the long folding cutter, the long folding heat-sealing device, the label small bag heat-sealing device, the transverse hot-pressing line device, the servo pinch roll, the cutting device and the finished product collecting device are all in the prior art, and detailed description is omitted here. These devices may be the ones provided in the utility model with application number CN 201620975753.9.

As the preferred scheme of the utility model, the angle of attack device with still be equipped with second label pouch die stamping device between the die moving platform. The first label small bag die punching device is used for punching the label small bags of all the inner pages, a long period of time is needed in the process of returning the working cycle, the first inner page arranged at the lowest part is not punched in time, and the second label small bag die punching device can be used for punching the first inner page at the lowest part, so that the working time is reduced, and the efficiency is improved. The second label pouch die set described above is prior art and will not be described in detail herein.

As a preferred scheme of the utility model, the folding device comprises a long-edge folding plate, a pressing wheel and a small label bag folding block, an auxiliary plane is arranged on the frame, the outer edge of the long-edge folding plate is arranged on the outer edge of the auxiliary plane, a folding gap for the inner page to pass through is arranged between the inner edge of the long-edge folding plate and the auxiliary plane, and a long-edge folding anti-warp plate is arranged at the outlet of the folding gap; the pressing wheel is rotatably arranged on the frame, the wheel surface of the pressing wheel is in contact fit with the auxiliary plane, and the pressing wheel is positioned on the outer side of the inner side edge of the long-edge folding plate; the label pouch hem piece is installed on supplementary plane, and the front end of label pouch hem piece corresponds with the rear end of long limit hem board, and the rear end of label pouch hem piece corresponds with long hem sealing device's front end to label pouch hem piece sets up side by side with long hem proof warp board. And cutting a long folded edge on the outer edge of the inner page by using a long folded edge cutter, conveying the long folded edge above the long folded edge plate, and conveying the small label bag into a folded edge gap. The crease line of long hem is stereotyped under the pressfitting of long limit hem board and is flattened, and the last inboard edge of long hem of upwarping is pressed to the pressing wheel, and along with the transport of interior page or leaf, the long hem that flattens can overturn gradually to vertical state, carries the below that long hem was prevented to the wane again to this interior page or leaf, prevents at long hem that the wane is with supplementary planar mutually supporting down, accomplishes the hem upset of long hem. The back in the label pouch gets into the hem gap, carries through interior page or leaf, reachs label pouch hem piece top, and the inboard edge of the label pouch of up-warping is pressed to long hem anti-warping board and is along with the transport of interior page or leaf, and the label pouch that flattens can overturn gradually for vertical state, carries the below of label pouch hem piece again with this interior page or leaf, under the mutual cooperation of label pouch hem piece and auxiliary plane, accomplishes the hem upset of long hem. The above inner and outer definitions are: the inner means a side close to the center of the auxiliary plane, and the outer means a side far from the center of the auxiliary plane.

As the utility model discloses further preferred scheme, the inboard marginal front portion of long limit flange plate is equipped with the flaring portion, and the inboard marginal middle part of long limit flange plate is equipped with the flange section, and the inboard marginal rear portion of long limit flange plate is equipped with the upset section, the front end and the upset section of long flange anti-warp board correspond. When the hem gap was carried to the outside edge of interior page or leaf, the label pouch got into from the flaring portion, and long hem passes through from long limit hem board top, finalizes the design through the hem section again and flattens, makes the long hem that flattens up upset gradually through the upset section at last.

As a further preferred scheme of the utility model, the tag pouch flanging block is provided with a limiting surface, and the limiting surface is gradually turned over from a vertical surface to a horizontal surface; the rear end of the label pouch hem piece is equipped with the label pouch and prevents the wane, and the label pouch prevents that the wane corresponds with the horizontal plane of spacing face. When the output of long limit hem board rear end is followed to the label pouch, when carrying the top of label pouch hem piece again, the spacing face can be pressed down the label pouch upset and become vertical face, and the upset targets in place again, gets into the label pouch and prevents that the wane from pressing down the label pouch that up sticks up by the label pouch under the wane, can keep the state of flattening when getting into long hem sealing device simultaneously with long hem, the long hem heat-seal shaping of being convenient for.

As the preferred scheme of the utility model, the die translation mechanism comprises a die servo motor, a die ball screw, a die nut and a die guide block; the stamping die servo motor and the stamping die ball screw are arranged on the rack, and the stamping die ball screw is in transmission connection with the stamping die servo motor; the die nut is sleeved on the die ball screw, the die guide block is installed on the die slide rail, and the die guide block is respectively connected with the die nut and the die moving platform. The die stamping servo motor drives the die stamping ball screw to rotate, and the die stamping moving platform moves linearly along the die stamping slide rail under the limit and the drive of the die stamping guide block.

As the preferred scheme of the utility model, the heat-sealing translation mechanism comprises a heat-sealing servo motor, a heat-sealing ball screw, a heat-sealing nut and a heat-sealing guide block; the heat-sealing servo motor and the heat-sealing ball screw are arranged on the rack, and the heat-sealing ball screw is in transmission connection with the heat-sealing servo motor; the heat-seal nut cover is on heat-seal ball screw, and the heat-seal guide block is installed on the heat-seal slide rail, the heat-seal guide block respectively with the heat-seal nut the heat-seal moving platform is connected. The heat-sealing servo motor drives the heat-sealing ball screw to rotate, and the heat-sealing moving platform moves linearly along the heat-sealing slide rail under the limit and the drive of the heat-sealing guide block.

Compared with the prior art, the utility model, have following advantage:

Drawings

FIG. 1 is a schematic structural diagram of an embodiment of the present invention;

FIG. 2 is a schematic view of a folding device according to an embodiment of the present invention;

FIG. 3 is a schematic structural view of a semi-finished inner sheet according to an embodiment of the present invention;

fig. 4 is a schematic structural diagram of the inner sheet product in the embodiment of the present invention.

Detailed Description

The present invention will be described in detail with reference to the accompanying drawings and specific embodiments.

As shown in fig. 1 to 4, the organ pouch inner page manufacturing machine in this embodiment includes an unwinding device 1, a longitudinal thread rolling device 2, a film pinch roller 3, a storage swing roller 4, an angle punching device 5, a first label pouch die device 6, a die moving platform 7, a die slider 8, a die slide rail 9, a die translation mechanism 10, a long folding cutter 11, a folding device 12, a long folding heat-sealing device 13, a heat-sealing moving platform 14, a heat-sealing slider 15, a heat-sealing slide rail 16, a heat-sealing translation mechanism 17, a label pouch heat-sealing device 18, a transverse heat-pressing line device 19, a servo pinch roller 20, a cutting device 21, and a finished product collecting device 22, which are sequentially arranged on a rack 24; the die sliding rail 9 and the die translation mechanism 10 are both arranged on the frame 24, the die sliding block 8 is positioned on the die sliding rail 9 and can slide along the die sliding rail 9, the die moving platform 7 is arranged on the die sliding block 8, and the power output end of the die translation mechanism 10 is connected with the die sliding block 8; the heat-sealing slide rail 16 and the heat-sealing translation mechanism 17 are both arranged on the frame 24, the heat-sealing slide block 15 is positioned on the heat-sealing slide rail 16 and can slide along the heat-sealing slide rail 16, the heat-sealing mobile platform 14 is arranged on the heat-sealing slide block 15, and the power output end of the heat-sealing translation mechanism 17 is connected with the heat-sealing slide block 15; the first label small bag die stamping device 6 and the long folding cutter 11 are sequentially arranged on the die moving platform 7, the folding device 12 and the long folding heat-sealing device 13 are sequentially arranged on the frame 24 and are positioned between the die moving platform 7 and the heat-sealing moving platform 14, and the label small bag heat-sealing device 18 is arranged on the heat-sealing moving platform 14.

The long folding knife 11, the folding device 12 and the long folding heat-sealing device 13 are used for processing a long folding edge 254 on the outer edge of the inner page, so as to enhance the strength of the edge of the inner page and prevent the edge of the inner page from being cut.

A second label pouch die stamping device 23 is also arranged between the angle stamping device 5 and the die moving platform 7. The first label pouch die stamping device 6 is used for stamping the label pouches of all the inner pages, a long period of time is needed in the process of returning the working cycle, the first inner page arranged at the lowest position is not stamped in time, and the second label pouch die stamping device 23 can be used for stamping the first inner page at the lowest position, so that the working time is shortened, and the efficiency is improved. The second label pouch die set 23 described above is prior art and will not be described in detail herein.

The folding device 12 comprises a long-edge folding plate 121, a pressing wheel 122 and a label pouch folding block 123, an auxiliary plane 241 is arranged on the frame 24, the outer edge of the long-edge folding plate 121 is mounted on the outer edge of the auxiliary plane 241, a folding gap 124 for an inner page to pass through is formed between the inner edge of the long-edge folding plate 121 and the auxiliary plane 241, and a long-edge folding-proof plate 125 is arranged at the outlet of the folding gap 124; the pressing wheel 122 is rotatably mounted on the frame 24, the wheel surface of the pressing wheel 122 is in contact fit with the auxiliary plane 241, and the pressing wheel 122 is positioned outside the inner side edge of the long-side folding plate 121; the label pouch flanging block 123 is installed on the auxiliary plane 241, the front end of the label pouch flanging block 123 corresponds to the rear end of the long-edge flanging plate 121, the rear end of the label pouch flanging block 123 corresponds to the front end of the long-edge flanging heat-sealing device 13, and the label pouch flanging block 123 and the long-edge flanging-proof plate 125 are arranged side by side. The long hem 254 cut at the outer edge of the inner sheet by the long hem cutter 11 is fed over the long hem plate 121, and the label pouch 253 is fed into the hem gap 124. The crease line of long hem 254 is stereotyped under the pressfitting of long hem board 121 and is flattened, and the push down wheel 122 compresses tightly the inboard edge of the long hem 254 of up-warping, and along with the transport of interior page or leaf, the long hem 254 that flattens can overturn gradually to vertical state, carries the below of long hem anti-warp board 125 again with this interior page or leaf, under the long hem anti-warp board 125 and the cooperation of supplementary plane 241 each other, accomplishes the hem upset of long hem. After label pouch 253 gets into in the hem gap 124, carry through interior page or leaf, reach label pouch hem piece 123 top, long hem proof warp board 125 compresses tightly the transport along with interior page or leaf of the inboard edge of the label pouch 253 of up-warping, the label pouch 253 that flattens can overturn gradually for vertical state, carry the below of label pouch hem piece 123 again with this interior page or leaf, under the mutually supporting of label pouch hem piece 123 and auxiliary plane 241, accomplish the hem upset of long hem. The above inner and outer definitions are: the inner means a side close to the center of the auxiliary plane 241, and the outer means a side far from the center of the auxiliary plane 241.

The front portion of the inner side edge of the long-side folded plate 121 is provided with an expansion portion 1211, the middle portion of the inner side edge of the long-side folded plate 121 is provided with a folded section 1212, the rear portion of the inner side edge of the long-side folded plate 121 is provided with a turning section 1213, and the front end of the long-side folded anti-warp plate 125 corresponds to the turning section 1213. When the outer edge of the inner page is conveyed to the hem gap 124, the label pouch 253 enters from the flared part 1211, the long hem 254 passes above the long-side hem plate 121, the long hem 254 is shaped and flattened through the hem section 1212, and finally the flattened long hem 254 is gradually turned upwards through the turning section 1213.

The tag small bag edge folding block 123 is provided with a limiting surface 1231, and the limiting surface 1231 is gradually turned over from a vertical surface to a horizontal surface; the rear end of the label small bag edge folding block 123 is provided with a label small bag anti-warping plate 1232, and the label small bag anti-warping plate 1232 corresponds to the horizontal plane of the limiting surface 1231. When the output of label pouch 253 from long limit hem board 121 rear end, when carrying the top of label pouch hem piece 123 again, spacing face 1231 can press the upset of label pouch 253 to vertical face, and the upset targets in place again, gets into and prevents down by the label pouch and prevent that the board 1232 compresses tightly up label pouch 253 of warping by the label pouch under the board 1232 of label pouch proof warp, can keep the state of flattening when getting into long hem sealing device 13 simultaneously with long hem 254, the long hem 254 heat seal shaping of being convenient for.

The die translation mechanism 10 comprises a die servo motor 101, a die ball screw 102, a die nut 103 and a die guide block 104; the die servo motor 101 and the die ball screw 102 are arranged on the frame 24, and the die ball screw 102 is in transmission connection with the die servo motor 101; the die nut 103 is sleeved on the die ball screw 102, the die guide block 104 is installed on the die slide rail 9, and the die guide block 104 is respectively connected with the die nut 103 and the die moving platform 7. The die servo motor 101 drives the die ball screw 102 to rotate, and the die moving platform 7 moves linearly along the die slide rail 9 under the limit and the drive of the die guide block 104.

The heat-seal translation mechanism 17 comprises a heat-seal servo motor 171, a heat-seal ball screw 172, a heat-seal nut 173 and a heat-seal guide block 174; the heat-sealing servo motor 171 and the heat-sealing ball screw 172 are arranged on the frame 24, and the heat-sealing ball screw 172 is in transmission connection with the heat-sealing servo motor 171; the heat-seal nut 173 is sleeved on the heat-seal ball screw 172, the heat-seal guide block 174 is installed on the heat-seal slide rail 16, and the heat-seal guide block 174 is respectively connected with the heat-seal nut 173 and the heat-seal moving platform 14. The heat-sealing servo motor 171 drives the heat-sealing ball screw 172 to rotate, and the heat-sealing moving platform 14 moves linearly along the heat-sealing slide rail 16 under the limit and drive of the heat-sealing guide block 174.

When in work, the coil material 25 of the unwinding device 1 passes through the longitudinal thread rolling device 2 to form an inner fold line 251 and an outer fold line 252, then the sheet is pinched by a film pinch roll 3, passes through a storage swing roll 4 and an angle punching device 5 in sequence, and after the corner punching device 5 finishes the corner working procedure of the inner page, the first label small bag die device 6, the long folding cutter 11, the folding device 12, the long folding heat-sealing device 13 and the label small bag heat-sealing device 18 are used for completing the die cutting, long folding 254 cutting, long folding doubling, long folding heat sealing and the heat sealing of the whole label small bag 253 of each inner page, and then the transverse hot-pressing line 255 of the inner page is completed through the transverse hot-pressing device 19, after the coil material 25 is conveyed forward by an inner sheet length by the servo feeding nip roller, the rear end of the coil material 25 is cut into an inner sheet finished product 26 by the cutting device 21, and finally the inner sheet finished product 26 is collected by the finished product collecting device 22. Wherein, due to the inconsistent position of the label pockets 253 at each inner page edge, while the servo pinch roller 20 advances the web 25 by one inner page length: the die moving platform 7 moves a label small bag 253 by a distance step by step to drive the first label small bag die device 6 and the long flanging cutter 11 on the die moving platform 7 to move correspondingly; the heat-sealing moving platform 14 moves a label pouch 253 a distance in a stepping manner, and the label pouch heat-sealing device 18 on the heat-sealing moving platform 14 moves correspondingly. After the inner sheets are sequentially shifted by a predetermined distance by the above operation, the servo pinch roll 20 further conveys one inner sheet length to perform the cutting operation of the next finished inner sheet 26. After completing the operation of a set of inner pages (5, 6, 12), the die moving platform 7 and the heat-seal moving platform 14 return to the original positions for the next working cycle.

The die moving platform 7 and the heat-seal moving platform 14 of the organ bag inner page manufacturing machine are separately arranged on the frame 24, the movement of the die moving platform 7 and the heat-seal moving platform 14 is independently controlled by different translation mechanisms, and when a device on the die moving platform 7 returns after completing the action in one period, the device can return without waiting for the completion of the actions of all devices of the whole machine, so that the waiting time of the whole machine is reduced, and the production efficiency of the whole machine is improved; therefore, when the specifications of the inner page products are changed, the device on the die moving platform 7 and the device on the heat-sealing moving platform 14 cannot be influenced mutually, the operation and the adjustment are simple and flexible, the inner page products with different specifications can be adapted, and the requirement on the diversity of the inner page products is met.

Of course, in order to improve the production efficiency of the inner pages and the requirements of customers, in general, the unreeling device, the longitudinal line rolling device 2, the film pinch roller 3, the storage swing roller 4, the angle punching device 5, the first label small bag die device 6, the label small bag heat sealing device 18, the die moving platform 7, the die slider 8, the die slide rail 9, the die translation mechanism 10, the long folding cutter 11, the folding device 12, the long folding heat sealing device 13, the heat sealing moving platform 14, the heat sealing slider 15, the heat sealing slide rail 16, the heat sealing translation mechanism 17, the transverse hot-pressing line device 19, the servo pinch roller 20, the cutting device 21 and the finished product collecting device 22 may be two or three, that is, two or three sets of the same organ inner page manufacturing machines are arranged on the rack 24 side by side, so that a plurality of lines of symmetrically distributed and independent from each other are arranged on the rack 24, and a plurality of independent inner page products can be, avoid the broken continuous of parallel interior page product point, reduce the defective percentage.

The unreeling device 1, the longitudinal line rolling device 2, the film pinch roll 3, the storage swing roll 4, the angle punching device 5, the first label small bag die stamping device 6, the long folding cutter 11, the long folding heat-sealing device 13, the label small bag heat-sealing device 18, the transverse hot-pressing device 19, the servo pinch roll 20, the cutting device 21 and the finished product collecting device 22 are all the prior art, and detailed description is omitted here. These devices may be the ones provided in the utility model with application number CN 201620975753.9.

In addition, it should be noted that the names of the parts and the like of the embodiments described in the present specification may be different, and all the equivalent or simple changes made according to the structure, the features and the principle of the present invention are included in the protection scope of the present invention. Various modifications, additions and substitutions may be made by those skilled in the art without departing from the scope of the invention as defined in the accompanying claims.

Claims

1. An organ bag inner page manufacturing machine comprises at least one unwinding device, at least one longitudinal line rolling device, at least one film pinch roller, at least one storage swing roller, at least one angle punching device, at least one first label bag die punching device, at least one label bag heat sealing device, at least one transverse hot-pressing line device, at least one servo pinch roller, at least one cutting device and at least one finished product collecting device which are sequentially arranged on a rack; the method is characterized in that: the device also comprises at least one die moving platform, at least one die sliding block, at least one die sliding rail, at least one die translation mechanism, at least one long flanging cutter, at least one flanging device, at least one long flanging heat-sealing device, at least one heat-sealing moving platform, at least one heat-sealing sliding block, at least one heat-sealing sliding rail and at least one heat-sealing translation mechanism; the stamping die sliding rail and the stamping die translation mechanism are both arranged on the rack, the stamping die sliding block is positioned on the stamping die sliding rail and can slide along the stamping die sliding rail, the stamping die moving platform is arranged on the stamping die sliding block, and the power output end of the stamping die translation mechanism is connected with the stamping die sliding block; the heat-sealing sliding rail and the heat-sealing translation mechanism are both arranged on the machine frame, the heat-sealing sliding block is positioned on the heat-sealing sliding rail and can slide along the heat-sealing sliding rail, the heat-sealing moving platform is installed on the heat-sealing sliding block, and the power output end of the heat-sealing translation mechanism is connected with the heat-sealing sliding block; the first label small bag die stamping device and the long folding cutter are sequentially arranged on the die moving platform, the folding device and the long folding heat-sealing device are sequentially arranged on the frame and are positioned between the die moving platform and the heat-sealing moving platform, and the label small bag heat-sealing device is arranged on the heat-sealing moving platform.

2. The gusset bag inner sheet manufacturing machine according to claim 1, wherein: and a second label small bag die stamping device is also arranged between the angle-of-attack device and the die stamping moving platform.

3. The gusset bag inner sheet manufacturing machine according to claim 1, wherein: the folding device comprises a long-edge folding plate, a pressing wheel and a small label bag folding block, an auxiliary plane is arranged on the rack, the outer edge of the long-edge folding plate is arranged on the outer edge of the auxiliary plane, a folding gap for an inner page to pass through is formed between the inner edge of the long-edge folding plate and the auxiliary plane, and a long-edge folding anti-warp plate is arranged at the outlet of the folding gap; the pressing wheel is rotatably arranged on the frame, the wheel surface of the pressing wheel is in contact fit with the auxiliary plane, and the pressing wheel is positioned on the outer side of the inner side edge of the long-edge folding plate; the label pouch hem piece is installed on supplementary plane, and the front end of label pouch hem piece corresponds with the rear end of long limit hem board, and the rear end of label pouch hem piece corresponds with long hem sealing device's front end to label pouch hem piece sets up side by side with long hem proof warp board.

4. The organ bag inner page manufacturing machine according to claim 3, wherein: the inboard marginal front portion of long limit hem board is equipped with flaring portion, and the inboard marginal middle part of long limit hem board is equipped with the hem section, and the inboard marginal rear portion of long limit hem board is equipped with the upset section, the front end and the upset section of long hem anti-warp board correspond.

5. The organ bag inner page manufacturing machine according to claim 3, wherein: the tag small bag edge folding block is provided with a limiting surface, and the limiting surface is gradually turned over from a vertical surface to a horizontal surface; the rear end of the label pouch hem piece is equipped with the label pouch and prevents the wane, and the label pouch prevents that the wane corresponds with the horizontal plane of spacing face.

6. The gusset bag inner sheet manufacturing machine according to claim 1, wherein: the die translation mechanism comprises a die servo motor, a die ball screw, a die nut and a die guide block; the stamping die servo motor and the stamping die ball screw are arranged on the rack, and the stamping die ball screw is in transmission connection with the stamping die servo motor; the die nut is sleeved on the die ball screw, the die guide block is installed on the die slide rail, and the die guide block is respectively connected with the die nut and the die moving platform.

7. The gusset bag inner sheet manufacturing machine according to claim 1, wherein: the heat-sealing translation mechanism comprises a heat-sealing servo motor, a heat-sealing ball screw, a heat-sealing nut and a heat-sealing guide block; the heat-sealing servo motor and the heat-sealing ball screw are arranged on the rack, and the heat-sealing ball screw is in transmission connection with the heat-sealing servo motor; the heat-seal nut cover is on heat-seal ball screw, and the heat-seal guide block is installed on the heat-seal slide rail, the heat-seal guide block respectively with the heat-seal nut the heat-seal moving platform is connected.