CN211544103U

CN211544103U - Side bending device of packaging plate

Info

Publication number: CN211544103U
Application number: CN201922424564.9U
Authority: CN
Inventors: 张辉丽
Original assignee: Dalian Maipu Material Equipment Co ltd
Current assignee: Dalian Maipu Material Equipment Co ltd
Priority date: 2019-12-30
Filing date: 2019-12-30
Publication date: 2020-09-22
Anticipated expiration: 2029-12-30

Abstract

The utility model discloses a side device of buckling of encapsulation board belongs to automatic packaging equipment technical field. Comprises a lower side bending device and an upper side bending device; the lower side bending device comprises a mounting plate a fixed on the frame body in an inclined mode, a bending cylinder a is located on the mounting plate a, the output end of the bending cylinder a is connected with a lower side folding plate, the lower side folding plate is connected with a connecting plate a, and the connecting plate a is connected onto a guide rail a of the mounting plate a through a sliding block a in a sliding mode. The utility model has the advantages that: replace artifical side that is used for the viscose on to the cardboard to buckle, improve work efficiency, reduce working strength.

Description

Side bending device of packaging plate

Technical Field

The utility model relates to a side device of buckling of encapsulation board belongs to automatic packaging equipment technical field.

Background

The wooden board needs to be packaged and transported, when in packaging, the board is manually placed at a preset position of a packaging paper board, then the board is manually bent into a C shape (as shown in figure 3) according to a prefabricated folding line, then a side edge for gluing is bent at the opening of the C shape, glue is applied and bonded into a packaging box with a cross section in a shape of a Chinese character kou, and the periphery of the board is packaged and protected; the bending work of the whole paperboard is too complicated, the working strength is high, and the packaging efficiency is low.

SUMMERY OF THE UTILITY MODEL

For solving the defect that prior art exists, the utility model aims at providing a replace artifical side that is used for the viscose to buckle on the cardboard, improve work efficiency, reduce working strength's the side device of buckling of encapsulation board.

The technical scheme of the utility model is that: a side edge bending device of a packaging plate comprises a lower side edge bending device and an upper side edge bending device;

the lower side bending device comprises a mounting plate a which is obliquely fixed on a frame body, a bending cylinder a is positioned on the mounting plate a, the output end of the bending cylinder a is connected with a lower side folded plate, the lower side folded plate is connected with a connecting plate a, and the connecting plate a is connected to a guide rail a of the mounting plate a in a sliding mode through a sliding block a;

the upper side bending device comprises a mounting plate b fixed on a support a in an inclined mode, the support a is fixed on a support body, a bending cylinder b is located on the mounting plate b, an output end of the bending cylinder b is connected with an upper side folded plate, the upper side folded plate is connected with a connecting plate b, and the connecting plate b is connected onto a guide rail b of the mounting plate b in a sliding mode through a sliding block b.

The lower side folding plate and the upper side folding plate both comprise outward-turned bending surfaces and vertical surfaces, and the bending surfaces are connected with the vertical surfaces.

And the lower side bending device and the upper side bending device are positioned at the side part of the conveyor belt b.

The utility model has the advantages that: replace artifical side that is used for the viscose on to the cardboard to buckle, improve work efficiency, reduce working strength.

Drawings

Fig. 1 is a perspective view of the present invention;

FIG. 2 is a view showing the structure of a side-folding ear device;

fig. 3 is a side view of a manual pre-packaged sheet folded.

The reference numbers in the figures are as follows: 1. the adhesive tape feeding device comprises conveying belts a, 2, conveying belts b, 3, side pressing rollers, 4, upper pressing rollers, 5, conveying belts c, 6, a frame body, 7.1, mounting plates a, 7.2, bending cylinders a, 7.3, lower side folding plates, 7.4, connecting plates a, 7.5, guide rails a, 8.1, mounting plates b, 8.2, bending cylinders b, 8.3, upper side folding plates, 8.4, connecting plates b, 8.5, guide rails b, 8.6, supports a, 9.1, adhesive spraying heads, 9.2, sliding frames a, 9.3, adhesive spraying driving cylinders, 10.1, lower ear folding cylinders, 10.2, lower ear plates, 11.1, adhesive tape coiled materials, 11.2, support frames, 11.3, pressing rollers, 11.4, bonding machine bodies, 11.5, driving motors, 11.6, guide rails d, 11.7, guide rails e, 11.8, driving cylinders, transverse moving blades, 12.4, upper cutting blades, upper edge folding plates, 13.5, upper edge folding plates, 13.3, sliding frames, 13.3, 13.6, side folded lug plates 13.7, a rotating connecting plate 13.8 and a rotary driving cylinder.

Detailed Description

The present invention will be further explained with reference to the accompanying drawings 1-3:

example 1

A side edge bending device of a packaging plate comprises a lower side edge bending device and an upper side edge bending device;

the lower side bending device comprises a mounting plate a7.1 which is obliquely fixed on a frame body 6, a bending cylinder a7.2 is positioned on the mounting plate a7.1, the output end of the bending cylinder a7.2 is connected with a lower side folded plate 7.3, the lower side folded plate 7.3 is connected with a connecting plate a7.4, and the connecting plate a7.4 is connected on a guide rail a7.5 of the mounting plate a7.1 in a sliding manner through a sliding block a;

go up side bending apparatus includes, and the slope is fixed mounting panel b8.1 on support a8.6, support a8.6 is fixed on support body 6, and cylinder b8.2 of buckling is located on the mounting panel b8.1, bend and connect up side folded plate 8.3 at cylinder b8.2 output, it is connected with connecting plate b8.4 to go up side folded plate 8.3, and connecting plate b8.4 passes through slider b sliding connection and is in on the guide rail b8.5 of mounting panel b 8.1.

The lower side flap 7.3 and the upper side flap 8.3 each comprise an outwardly turned bending surface and a vertical surface, the bending surfaces being connected to the vertical surfaces.

The lower side bending device and the upper side bending device are both located at the side of the conveyor belt b 2.

Example 2

The utility model provides a semi-automatic packaging machine of hot melt adhesive, is including fixing on support body 6 and conveyer belt a1 and conveyer belt b2 of relative setting from top to bottom, conveyer belt b2 lateral part is equipped with the side and buckles the device and spout gluey bonding means, and side pressure roller 3 and last compression roller 4 are located respectively conveyer belt b2 lateral part and top, conveyer belt b2 tip is relative with conveyer belt c5, and ear device and sticky tape bonding machine are located between conveyer belt b2 and the conveyer belt c 5. The side edge bending device comprises a lower side edge bending device and an upper side edge bending device; the lower side bending device comprises a mounting plate a7.1 which is obliquely fixed on a frame body 6, a bending cylinder a7.2 is positioned on the mounting plate a7.1, the output end of the bending cylinder a7.2 is connected with a lower side folded plate 7.3, the lower side folded plate 7.3 is connected with a connecting plate a7.4, and the connecting plate a7.4 is connected on a guide rail a7.5 of the mounting plate a7.1 in a sliding manner through a sliding block a; go up side bending apparatus includes, and the slope is fixed mounting panel b8.1 on support a8.6, support a8.6 is fixed on support body 6, and cylinder b8.2 of buckling is located on the mounting panel b8.1, bend and connect up side folded plate 8.3 at cylinder b8.2 output, it is connected with connecting plate b8.4 to go up side folded plate 8.3, and connecting plate b8.4 passes through slider b sliding connection and is in on the guide rail b8.5 of mounting panel b 8.1. The lower side flap 7.3 and the upper side flap 8.3 each comprise an outwardly turned bending surface and a vertical surface, the bending surfaces being connected to the vertical surfaces. Spout gluey bonding device includes, is located the gluey head 9.1 of spouting of 8.3 below of last side folded plate, spout gluey head 9.1 and fix on carriage a9.2, spout the output that glues and drive actuating cylinder 9.3 and connect carriage a 9.2's drive end, carriage a 9.2's curb plate sliding connection spouts to glue and drives the slide of actuating cylinder 9.3 lateral part on, it sets up on support body 6 to spout the slope of gluing and driving actuating cylinder 9.3. The adhesive tape bonding machine comprises a support frame 11.2 used for placing adhesive tape coiled materials 11.1, the support frame 11.2 is fixed on an adhesive machine body 11.4, an adhesive tape press roller 11.3 fixed on the adhesive machine body 11.4 is arranged at the bottom of the adhesive tape bonding machine, the adhesive machine body 11.4 is driven by a driving motor 11.5 and is connected to a guide rail d11.6 in a sliding manner, the guide rail d11.6 is arranged on a guide rail e11.7 in a sliding manner, the guide rail d11.6 is connected with a transverse moving driving cylinder 11.8 on a frame body 6, and a cutting knife 11.9 connected with a cutting cylinder is arranged at the bottom of the adhesive tape press roller. The ear folding device comprises a head end ear folding device and a tail end ear folding device which are oppositely arranged on two sides of the adhesive tape bonding machine, and the head end ear folding device and the tail end ear folding device respectively comprise a lower ear folding device, an upper ear folding device and a side ear folding device; the lower ear folding device comprises a lower ear folding cylinder 10.1 which is driven by a transverse moving cylinder and is connected to the guide rail c in a sliding manner, and the output end of the lower ear folding cylinder 10.1 is connected with a lower ear folding plate 10.2; the upper ear folding device comprises an upper ear folding plate 12, and the upper ear folding plate 12 is fixed at the bottom of the side of the bonding machine body 11.4; the side ear folding device comprises a mounting plate c13.2 fixed on a support b13.1, the support b13.1 is fixed on a frame body 6, a guide rail f13.3 is arranged on the mounting plate c13.2, a sliding frame b13.4 is driven by a sliding frame cylinder 13.5, and is connected with the guide rail f13.3 in a sliding manner, the side ear folding plate 13.6 is rotated to be connected with the sliding frame b13.4, and the two ends of a rotating connecting plate 13.7 are respectively hinged with the side ear folding plate 13.6 and the output end of a rotating driving cylinder 13.8. The side of the conveyor belt c5 is provided with a side press roller 3. The lower side folded plate 7.3 and the upper side folded plate 8.3 both comprise a transition bending inclined plane and a vertical plane, and the transition bending inclined plane is connected with the vertical plane.

The working process of the utility model is as follows:

taking a packaging plate, wherein the surface of the packaging plate is prefabricated and folded into a folding line of a cuboid for packaging, a worker firstly puts the plate at a designated position on a packaging paper plate, the plate is bent into a C shape (as shown in figure 3) according to the prefabricated folding line on the packaging paper plate, then the plate is placed between a conveyor belt a1 and a conveyor belt b2, the left side of the C-shaped packaging semi-finished product leans against a side pressing roller 3, and the conveyor belt a1 and the conveyor belt b2 are respectively attached to the upper surface and the lower surface of the C-shaped packaging semi-finished product; the tape ends of the two tape rolls 11.1 are respectively pulled out, and the adhesive-backed surfaces pass through the tape pressing roller 11.3, and the bonding surfaces of the tapes respectively face the ends of the conveying belts b2 and c 5.

The conveyor belt is started, the conveyor belt a1 and the conveyor belt b2 clamp and drive the semi-finished package to move to the right (as shown in figure 1), the lower side folded plate 7.3 is driven by the bending cylinder a7.2 to move from the bottom of the side of the conveyor belt b2 to the side, when the paper board at the lower side of the C-shaped opening of the semi-finished package passes through the lower side folded plate 7.3, the lower part of the semi-finished package passes through the transitional bending surface and then the vertical surface, the bottom of the semi-finished package is automatically bent upwards along the prefabricated folding line, when the semi-finished package passes through the upper side folded plate 8.3, the semi-finished package passes through the transitional bending surface and then passes through the vertical surface, before passing through the vertical surface, the glue spraying driving cylinder 9.3 drives the glue spraying head 9.1 to move to the transitional bending surface of the upper side folded plate 8.3, the folded paper board at the upper side of the semi-finished package is not completely folded, a gap exists between the folded paper board at the lower side, the glue, along with the continuous removal of encapsulation semi-manufactured goods, the cardboard of buckling of upside passes through the vertical face of upper side folded plate 8.3, makes the cardboard of buckling of upside and downside cardboard laminating and adhere together, along with continuing to remove, still can pass through side compression roller 3, and side compression roller 3 rolls on the cardboard surface of buckling of upside, makes the cardboard of buckling from top to bottom adhere firmly.

After the side part is bonded, bending and bonding the port at the head end are performed; when the head end port moves to the head end lug folding device, the conveyor belt stops moving, the head end port stops at a working station of the lug folding device, the lower lug folding cylinder 10.1 drives the lower lug folding plate 10.2 to move upwards, the lower lug folding of the head end port is bent upwards, the lower lug folding cylinder 10.2 is driven to move towards the head end port by the action of the transverse moving cylinder, so that the lower lug folding is bent upwards in place, and after the lower lug folding cylinder 10.1 is in place, the lower lug folding cylinder 10.2 is driven to move downwards for resetting; the driving motor 11.5 drives the splicing machine body 11.4 and the upper lug folding plate 12 to move downwards, the upper lug folding plate 12 presses and bends the upper lug plate at the end port at the head end downwards, in order to further bend in place, the transverse moving driving cylinder 11.8 drives the guide rail d11.6, the splicing machine body 11.4 and the upper lug folding plate 12 to move transversely towards the end port direction, the upper lug folding plate 12 bends in place, and the upper lug folding plate 12 leaves after bending in place; after the upper lug plate and the lower lug plate are bent, the side lug plates on the left side and the right side are bent, the side bent lug plates 13.6 on the left side and the right side are rotated towards the direction of the port of the head end under the action of a rotary driving cylinder 13.8, the lug plates on the two sides of the port are bent inwards along the prefabricated folding line, and after the bending is finished, a sliding frame cylinder 13.5 drives the side bent lug plates 13.6 to move towards the two sides, so that the side bent lug plates leave the left side and the right side lug plates; after the ear plate of the head end port is bent, the ear plate of the head end port is bonded and packaged through an adhesive tape, specifically, a driving motor 11.5 drives an adhesive machine body 11.4 to move downwards to an adhesive tape pressing roller 11.3 and an adhesive tape on the adhesive machine body to be opposite to the bottom of a side ear plate, a transverse moving driving cylinder 11.8 drives the adhesive machine body 11.4, the adhesive tape pressing roller 11.3 and the adhesive tape to move towards the side ear plate, the adhesive tape pressing roller 11.3 sticks and fixes the adhesive surface of the adhesive tape to the left and right ear plates, the driving motor 11.5 drives the adhesive tape pressing roller 11.3 to move upwards, the adhesive tape pressing roller 11.3 presses and sticks the adhesive tape to the left and right ear plates from bottom to top, and after the adhesive tape is stuck, a cutting knife 11.9 cuts.

After the head end is packaged, the driving motor 11.5 drives the bonding machine body 11.4 to move upwards and move away, the conveyor belt a1 and the conveyor belt b2 are started, the packaged semi-finished product is transferred to the conveyor belt c5, when the tail end of the packaged semi-finished product moves to the tail end lug folding device on the opposite side of the tape bonding machine, the conveyor belt c5 stops running, the tail end is folded and bonded, the process is the same as the head end lug folding bonding process, and the process is only completed on the other side of the tape bonding machine.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of modifications and variations can be made without departing from the technical principle of the present invention, and these modifications and variations should also be regarded as the protection scope of the present invention.

Claims

1. A side edge bending device of a packaging plate is characterized by comprising a lower side edge bending device and an upper side edge bending device;

the lower side bending device comprises a mounting plate a (7.1) which is obliquely fixed on a frame body (6), a bending cylinder a (7.2) is positioned on the mounting plate a (7.1), the output end of the bending cylinder a (7.2) is connected with a lower side folded plate (7.3), the lower side folded plate (7.3) is connected with a connecting plate a (7.4), and the connecting plate a (7.4) is connected to a guide rail a (7.5) of the mounting plate a (7.1) in a sliding mode through a sliding block a;

go up side bending device includes, and the slope is fixed mounting panel b (8.1) on support a (8.6), support a (8.6) are fixed on support body (6), and cylinder b (8.2) of buckling is located on mounting panel b (8.1), buckle cylinder b (8.2) output and connect up side folded plate (8.3), it is connected with connecting plate b (8.4) to go up side folded plate (8.3), and connecting plate b (8.4) are in through slider b sliding connection on guide rail b (8.5) of mounting panel b (8.1).

2. A side folding device for packaging boards according to claim 1 characterised in that the lower side flap (7.3) and the upper side flap (8.3) each comprise an everted bending face and a vertical face, the bending faces being connected to the vertical face.

3. Side edge folding device for package boards according to claim 1, characterised in that the lower and upper side edge folding devices are located at the side of the conveyor belt b (2).