CN213860979U

CN213860979U - Adhesive bag manufacturing mechanism with adhesive sticker and full-automatic slitting, arranging and stacking system

Info

Publication number: CN213860979U
Application number: CN202022051400.9U
Authority: CN
Inventors: 李玉成; 李晓智; 龚学良; 李晓睿; 彭祖富
Original assignee: HUIZHOU YIDU STATIONERY SUPPLIES CO Ltd
Current assignee: HUIZHOU YIDU STATIONERY SUPPLIES CO Ltd
Priority date: 2020-09-17
Filing date: 2020-09-17
Publication date: 2021-08-03
Anticipated expiration: 2030-09-17

Abstract

The utility model relates to a mechanical equipment's technical field, in particular to adhesive tape glues gluey bag manufacturing mechanism and full-automatic arrangement pile up neatly system of cutting. The automatic bag-making machine comprises a PLC (programmable logic controller) and a rack, wherein a discharging air expansion shaft for discharging a plastic material roll layer, a feeding mechanism for discharging an adhesive material and sticking the material roll layer, a bag-cutting edge cutter group, a bag-dividing layer cutter group and a bag-making cutter group are sequentially arranged on the rack; feeding rollers for tightly collapsing plastic materials are arranged between the bag cutting edge cutter group, the bag separating layer cutter group and the bag making cutter group; the discharging air expansion shaft, the feeding mechanism, the bag cutting edge cutter group, the bag separating and layering cutter group, the bag making cutter group and the feeding roller are all connected with the PLC. The utility model discloses the plastic bag manufacturing mechanism system bag that the area was glued and is pasted, the rubberizing is whole swift, and is high-efficient, and satisfies the automation line's of card protecting membrane needs completely. The utility model discloses full-automatic cutting arrangement pile up neatly system makes full automated degree high, production efficiency high, low in production cost, improves the market competition of product greatly.

Description

Adhesive bag manufacturing mechanism with adhesive sticker and full-automatic slitting, arranging and stacking system

Technical Field

The utility model belongs to the technical field of mechanical equipment, in particular to adhesive tape glues gluey bag manufacturing mechanism and full-automatic arrangement pile up neatly system of cutting of pasting.

Background

The card protecting film, also called plastic packaging film, is a high-grade sheet packaging material made up by using plastic film as base sheet, coating adhesive on the back surface of base sheet and making special treatment. In the production and packaging process of the card protection film, the card protection film with equal tensor needs to be divided into small parts, the small parts with equal quantity are filled in the plastic bag, the small parts are filled in the plastic bag, the bag which is made in advance is manually opened, the small parts of the card protection film are filled, the plastic bag is pasted with the glue, and the sealing is carried out, so that the manual efficiency is very low. And the large-scale production line of the card-protecting film cannot be used at all.

SUMMERY OF THE UTILITY MODEL

To the technical problem, the utility model provides a be fit for protecting gluey manufacturing mechanism who pastes of taking that card membrane large production line used.

In order to solve the technical problem, the utility model discloses a technical scheme is: a plastic bag manufacturing mechanism with adhesive sticker comprises a PLC controller and a rack, wherein a discharging air expansion shaft for discharging a plastic material roll layer, a feeding mechanism for discharging the adhesive sticker roll layer, a bag cutting edge cutter set, a bag separating layer cutter set and a bag making cutter set are sequentially arranged on the rack; feeding rollers for tightly collapsing plastic materials are arranged between the bag cutting edge cutter group, the bag separating layer cutter group and the bag making cutter group; the discharging air expansion shaft, the feeding mechanism, the bag cutting edge cutter group, the bag separating and layering cutter group, the bag making cutter group and the feeding roller are all connected with the PLC. The plastic material is sealed at two sides, and the two layers pass through corresponding structural parts together. The bag cutting edge cutter group cuts out a single-side opening of the bag; the bag dividing and layering knife rest divides the bag opening into a long part and a short part so as to be convenient for loading products.

Further: in the plastic bag manufacturing mechanism with the adhesive sticker, the front section of the bag cutting edge cutter set is also provided with an edge correction sensor connected with a PLC (programmable logic controller). The rear end of the bag cutting edge cutter set is also provided with an adhesive sticking waste recovery mechanism connected with a PLC controller; the rear section of the bag separating layer cutter set is also provided with a recovery mechanism of plastic corner cutting materials connected with the PLC. The bag edge cutting knife group comprises a bag cutting knife rest and a bag cutting edge knife; the bag-dividing layer knife group comprises a bag-dividing knife rest, a bag-making layer-dividing block with a conical pen point shape and a bag-dividing blade.

And further: in the above adhesive bag manufacturing mechanism with adhesive sticker, the bag making cutter set comprises a bag making and feeding component and a cutter component arranged at the upper end of the bag making and feeding component. The bag-making and feeding assembly comprises two feeding roller fixing plates symmetrically arranged on the rack, and an upper feeding roller and a lower feeding roller are arranged between the two feeding roller fixing plates. The cutting knife subassembly includes cutter cylinder and the strip bag that links to each other with the cutter cylinder scalds the sword, cut the bag and scald the sword and heat by the heating tube, its temperature makes double-deck plastic material fuse rapidly and seal, and the setting of this temperature is the same common technique of technical person in the art. And an upper bag pressing roller, a lower bag pressing roller and a sealing cooling air pipe are arranged between the two feeding roller fixing plates. The bag-making cutter set also comprises a bag-discharging supporting plate arranged at the front end of the bag-making feeding component.

The utility model also provides a arrange the pile up neatly system in order of cutting in full-automatic of the gluey bag manufacturing mechanism gained of pasting by above-mentioned area glue, including total controller, it total controller is connected with and protects the card membrane and cuts arrangement mechanism, protects card membrane aversion manipulator, protects card membrane corner cut mechanism the utility model discloses a gluey bag manufacturing mechanism of pasting in area glue, protect the automatic bagging-off mechanism of card membrane and protect card membrane pile up neatly mechanism.

Compared with the prior art, the utility model discloses a plastic bag manufacturing mechanism with glue paste, including PLC controller and frame, be equipped with the blowing air shaft that puts plastic material roll layer, the feed mechanism that puts the adhesive material roll layer, bag edge cutter group, divide bag layer cutter group and bag making cutter group in proper order in the frame; feeding rollers for tightly collapsing plastic materials are arranged between the bag cutting edge cutter group, the bag separating layer cutter group and the bag making cutter group; the discharging air expansion shaft, the feeding mechanism, the bag cutting edge cutter group, the bag separating and layering cutter group, the bag making cutter group and the feeding roller are all connected with the PLC. The bag cutting edge cutter group cuts out a single-side opening of the bag; the bag dividing and layering knife rest divides the bag opening into a long part and a short part so as to be convenient for loading products. The plastic material roll is firstly arranged on the discharging air expansion shaft, and then the discharging air expansion shaft is inflated to fix the material roll. And simultaneously, the adhesive sticker coil is also arranged on the feeding mechanism. Then the starting end of the plastic material roll passes through the first feeding roller and then passes through the edge correction inductor. Meanwhile, the adhesive tape is flatly stuck on the adhesive bag to run together. And then cutting out the single-side opening of the bag by a bag cutting knife set, dividing the bag opening into a long bag opening and a short bag opening by two feeding rollers through a bag dividing layer knife set so as to conveniently pack the product, and recovering all the rim charge by a glue paste waste recovery mechanism and a plastic rim charge recovery mechanism after the steps meet the requirements. The bag is then cut into a formed bag by the bag making cutter assembly and sent to the next station by the production line. The utility model discloses the plastic bag manufacturing mechanism system bag that the area was glued and is pasted, the rubberizing is whole swift, and is high-efficient, and satisfies the automation line's of card protecting membrane needs completely. The utility model discloses full-automatic arrangement pile up neatly system of cutting makes the product by tensile good diaphragm, cut arrangement, corner cut, protect the card membrane pile up neatly in bags by pile up neatly mechanism will protect card membrane pile up neatly in bags at last. The whole process has high full automation degree, high production efficiency and low production cost, and greatly improves the market competitiveness of products.

Drawings

FIG. 1 is a schematic view of a mechanism for manufacturing a plastic bag with adhesive;

FIG. 2 is a schematic view of a bag edge cutter set;

FIG. 3 is a schematic view of a pocket-dividing layer knife group;

FIG. 4 is an exploded view of a bag making cutter set;

the automatic bag cutting machine comprises a machine frame 1, a discharging air expansion shaft 2, a feeding mechanism 3, a bag cutting edge group 4, a bag dividing layer cutter group 5, a bag making cutter group 6, a feeding roller 7, an edge correction sensor 8, a waste adhesive recovery mechanism 9, a plastic corner cutting recovery mechanism 10, a feeding roller fixing plate 11, an upper feeding roller 12, a lower feeding roller 13, a cutter cylinder 14, a bag cutting ironing knife 15, an upper bag pressing roller 16, a lower bag pressing roller 17, a sealing cooling air pipe 18, a bag discharging supporting plate 19, a bag cutting knife rest 41, a bag cutting edge knife 42, a bag dividing knife rest 51, a bag making layering block 52 and a bag dividing blade 53.

Detailed Description

For the understanding of those skilled in the art, the following description will be made in detail with reference to the following embodiments and accompanying drawings, wherein:

as shown in the attached drawings 1-4, a plastic bag manufacturing mechanism with adhesive sticker comprises a PLC controller and a frame 1, wherein a discharging air expansion shaft 2 for discharging a plastic material roll layer, a feeding mechanism 3 for discharging an adhesive material roll layer, a bag cutting edge knife group 4, a bag separating layer knife group 5 and a bag making knife group 6 are sequentially arranged on the frame 1; feeding rollers 7 for tightly collapsing plastic materials are arranged between the bag cutting edge cutter group 4, the bag separating and laminating cutter group 5 and the bag making cutter group 6; the discharging air expansion shaft 2, the feeding mechanism 3, the bag cutting edge knife group 4, the bag separating layer knife group 5, the bag making and cutting knife group 6 and the feeding roller 7 are all connected with a PLC controller. The front section of the bag cutting edge knife group 4 is also provided with an edge correction sensor 8 connected with the PLC controller. The rear end of the bag cutting edge knife group 4 is also provided with an adhesive sticking waste recovery mechanism 9 connected with a PLC controller; the rear section of the bag separating layer cutter set is also provided with a recovery mechanism 10 of plastic corner cutting materials connected with the PLC. The bag edge cutting knife group 4 comprises a bag cutting knife rest 41 and a bag edge cutting knife 42; the bag separating and layering knife group 5 comprises a bag separating knife rest 51, a bag forming and layering block 52 with a conical pen point shape and a bag separating blade 53. The bag-making cutter set comprises a bag-making feeding component and a cutter component arranged at the upper end of the bag-making feeding component. The bag-making and feeding assembly comprises two feeding roller fixing plates 11 symmetrically arranged on a machine frame, and an upper feeding roller 12 and a lower feeding roller 13 are arranged between the two feeding roller fixing plates. The cutter component comprises a cutter cylinder 14 and a strip-shaped bag cutting hot knife 15 connected with the cutter cylinder. An upper bag pressing roller 16, a lower bag pressing roller 17 and a sealing cooling air pipe 18 are further arranged between the two feeding roller fixing plates 11. The bag-making cutter group also comprises a bag-outlet supporting plate 19 arranged at the front end of the bag-making and feeding component.

The full-automatic slitting and arranging and stacking system comprises a master controller, wherein the master controller is connected with a card protecting film slitting and arranging mechanism, a card protecting film shifting manipulator, a card protecting film corner cutting mechanism, a glue bag manufacturing mechanism for gluing a tape, an automatic bagging mechanism for protecting a card film and a card protecting film stacking mechanism.

When the device works, as shown in figure 1, a plastic material roll is firstly arranged on the discharging air expansion shaft 2, and then the discharging air expansion shaft is inflated to fix the material roll. While a roll of adhesive plaster is also mounted on the feeding mechanism 3. Then the starting end of the plastic material roll passes through a first feeding roller 7 and then passes through an edge correction inductor 8. Then, the bag is cut out to form an opening on one side through a bag cutting knife group 4, the bag opening is divided into a long bag and a short bag through a bag dividing layer knife group 5 through two feeding rollers 7 to facilitate product loading, and after the steps reach the requirements, all rim charge is recovered through a glue sticking waste recovery mechanism 9 and a plastic rim charge recovery mechanism 10. The bag is then cut into a formed bag by the bag making cutter unit 6 and sent to the next station by the production line.

The working process of the bag-making cutter group 6 is shown in figure 2, when a plastic material roll is arranged between the lower feeding roller 13 and the upper feeding roller 12, the double-layer plastic material roll is fed to the bag-cutting hot knife 15 driven by the cutter cylinder 14 according to the size of a plastic bag preset by the PLC to move downwards in a translation mode, and therefore a bag is made successfully and is taken out to the bag outlet supporting plate 19 by the upper bag pressing roller 16 and the lower bag pressing roller 17. At this time, the cutter cylinder returns to the initial position, and the cooling air pipe 18 blows air to prevent the adhesive bag from sticking to the bag pressing up and down roller, thereby working circularly.

The plastic bag mechanism with the adhesive sticking function can make and stick plastic bags quickly and efficiently, and completely meets the requirements of an automatic production line of a card protecting film. The full-automatic cutting, arranging and stacking system enables products to be formed by stretched membranes, cutting, arranging, corner cutting and bagged card protecting films, and finally, the bagged card protecting films are stacked neatly through the stacking mechanism. The whole process has high full automation degree, high production efficiency and low production cost, and greatly improves the market competitiveness of products.

The above embodiment is the preferred embodiment of the present invention, and is not intended to be exhaustive, and the present invention may have other variations under the same concept, and it should be noted that any obvious replacement is within the protection scope of the present invention without departing from the inventive concept of the present invention.

Claims

1. The utility model provides a take adhesive tape's adhesive tape manufacturing mechanism, includes PLC controller and frame (1), its characterized in that:

a discharging air expansion shaft (2) for discharging a plastic material roll layer, a feeding mechanism (3) for discharging an adhesive material roll layer, a bag cutting edge cutter group (4), a bag separating layer cutter group (5) and a bag making cutter group (6) are sequentially arranged on the rack (1);

feeding rollers (7) for tightly collapsing plastic materials are arranged between the bag cutting edge cutter group (4), the bag separating and layering cutter group (5) and the bag making cutter group (6);

the feeding air expansion shaft (2), the feeding mechanism (3), the bag cutting edge cutter group (4), the bag separating layer cutter group (5), the bag making cutter group (6) and the feeding roller (7) are all connected with the PLC.

2. The adhesive-bonded plastic bag manufacturing mechanism according to claim 1, wherein: the front section of the bag cutting edge cutter group (4) is also provided with an edge correction sensor (8) connected with the PLC controller.

3. The adhesive-bonded plastic bag manufacturing mechanism according to claim 1, wherein: the rear end of the bag cutting edge cutter group (4) is also provided with an adhesive sticking waste recovery mechanism (9) connected with a PLC controller; the rear section of the bag separating layer cutter set is also provided with a recovery mechanism (10) of plastic corner cutting materials connected with the PLC.

4. The adhesive-bonded plastic bag manufacturing mechanism according to claim 1, wherein: the bag edge cutting knife group comprises a bag cutting knife rest (41) and a bag edge cutting knife (42); the bag separating and layering knife group (5) comprises a bag separating knife rest (51), a bag making and layering block (52) with a conical pen point shape and a bag separating blade (53).

5. The adhesive-bonded plastic bag manufacturing mechanism according to claim 1, wherein: the bag-making cutter set comprises a bag-making feeding component and a cutter component arranged at the upper end of the bag-making feeding component.

6. The glued bag manufacturing mechanism with glue according to claim 5, characterized in that: the bag-making and feeding assembly comprises two feeding roller fixing plates (11) symmetrically arranged on the rack, and an upper feeding roller (12) and a lower feeding roller (13) are arranged between the two feeding roller fixing plates.

7. The glued bag manufacturing mechanism with glue according to claim 5, characterized in that: the cutter component comprises a cutter cylinder (14) and a strip-shaped bag cutting hot knife (15) connected with the cutter cylinder.

8. The glued bag manufacturing mechanism with glue according to claim 6, characterized in that: an upper bag pressing roller (16), a lower bag pressing roller (17) and a sealing cooling air pipe (18) are further arranged between the two feeding roller fixing plates (11).

9. The glued bag manufacturing mechanism with glue according to claim 5, characterized in that: the bag-making cutter set also comprises a bag-outlet supporting plate (19) arranged at the front end of the bag-making feeding component.

10. A full-automatic slitting, arranging and stacking system obtained by the adhesive-bonded plastic bag manufacturing mechanism of any one of claims 1 to 9, which comprises a master controller and is characterized in that: the master controller is connected with a card-protecting film slitting and arranging mechanism, a card-protecting film shifting manipulator, a card-protecting film corner cutting mechanism, the adhesive bag manufacturing mechanism with adhesive bonding of any one of claims 1 to 9, an automatic card-protecting film bagging mechanism and a card-protecting film stacking mechanism.