CN219706242U - Corrugated box assembly auxiliary device - Google Patents

Abstract

The utility model discloses a corrugated case assembly auxiliary device, which belongs to the technical field of corrugated case processing, and comprises: bottom plate, fixed angle board, first removal subassembly, second removes the subassembly, first subassembly of buckling, the subassembly is buckled to the second, the subassembly is buckled to the third and encapsulation subassembly is buckled to the third through setting up first subassembly of buckling, the second subassembly of buckling and the third buckle the corrugated board of subassembly department to first removal angle board department buckle respectively, buckle the corrugated board of third removal angle board department and buckle the corrugated board of second removal angle board department, encapsulation subassembly compacts and encapsulates the corrugated board laminating department after buckling head and tail, set up first removal jar, second removal jar and third removal jar can be adjusted the size that the corrugated board was buckled, thereby improve the suitability of device, through above-mentioned mode, when buckling rectangular corrugated board, need not the staff's manual work and buckle, reduce staff's labor expenditure, ensure work efficiency simultaneously.

Description

Corrugated box assembly auxiliary device

Technical Field

The utility model relates to the technical field of corrugated case processing, in particular to an auxiliary device for assembling corrugated cases.

Background

The corrugated board is die cut, creased, nailed or glued to form corrugated boxes, also known as corrugated boxes. The corrugated paper box is the most widely applied bearing product, is generally used for manufacturing box structures with different sizes, bears articles and the like, comprises forms of a packing box, a small container and the like, and the consumption is always the first of various bearing products. Including calcium plastic corrugated cartons. For half centuries, corrugated cartons gradually replace transport and bearing containers such as wooden boxes and the like by the excellent usability and good processing performance of the corrugated cartons, and become the main force of transport and bearing. The corrugated case belongs to an environment-friendly product, which is favorable for environmental protection and loading, unloading and transportation.

Because the usage of corrugated container is different, the thickness of the corrugated board that adopts is also different, and to small-size box, the corrugated board thickness that adopts is thinner, and to bearing products such as small-size container, the corrugated board thickness that adopts is thicker, when processing corrugated board into small-size container, the ordinary flow is: the strip corrugated board which is cut and processed is folded according to the size of the small container which is required to be manufactured, after the small container is folded into a square structure, the closed parts of the head and the tail are packaged, and the head and the tail are connected with each other, so that a firm direction structure is formed, then the bottom and the top are filled and packaged, and the corrugated board which is manufactured into the small container is thicker, so that labor expenditure of workers is increased and efficiency is influenced if the corrugated board is folded and packaged manually in the process, and therefore, the corrugated container assembly auxiliary device is required to be designed so as to solve the problems.

Disclosure of Invention

The utility model aims to solve the technical problems that: when buckling long corrugated boards, no staff is required to buckle, labor expenditure of staff is reduced, and meanwhile work efficiency is guaranteed.

The technical scheme adopted to solve the technical problems is as follows: a corrugated box assembly assist device comprising: the device comprises a bottom plate, a fixed angle plate, a first moving assembly, a second moving assembly, a first bending assembly, a second bending assembly, a third bending assembly and a packaging assembly;

the fixed angle plate, the first bending component, the second bending component, the third bending component and the packaging component are all arranged on the bottom plate;

the first moving assembly comprises a first moving electric cylinder, the first moving electric cylinder is arranged on the bottom plate, and the output end of the first moving electric cylinder is connected with a first moving angle plate;

the second moving assembly comprises a second moving electric cylinder and a third moving electric cylinder, the second moving electric cylinder is arranged on the bottom plate, the output end of the second moving electric cylinder is connected with a second moving angle plate, a third moving electric cylinder fixing plate is arranged on the second moving angle plate, the third moving electric cylinder is arranged on the third moving electric cylinder fixing plate, and the output end of the third moving electric cylinder is connected with a third moving angle plate;

the fixed angle plate, the first movable angle plate, the second movable angle plate and the third movable angle plate are all of L-shaped structures, and two corresponding L-shaped side lines of the fixed angle plate, the first movable angle plate, the second movable angle plate and the third movable angle plate form rectangular structures;

the first bending component is located on one side of the fixed angle plate and one side of the first movable angle plate, the second bending component is located on one side of the first movable angle plate and one side of the third movable angle plate, the third bending component is located on one side of the second movable angle plate and one side of the third movable angle plate, and the packaging component is located on one side of the fixed angle plate and one side of the second movable angle plate.

As a preferable technical scheme of the utility model, the packaging assembly comprises a packaging vertical plate, a packaging track is arranged on the packaging vertical plate, a packaging linear motor is connected to the packaging track in a driving way, a packaging electric cylinder is arranged on the packaging linear motor, the output end of the packaging electric cylinder is connected with a packaging mounting plate, the packaging vertical plate is arranged on a bottom plate, and the plane of the packaging vertical plate is parallel to the plane formed by two edges of the L-shaped fixed angle plate and the L-shaped second movable angle plate.

Through adopting above-mentioned technical scheme, with the help of encapsulation linear electric motor to can drive the encapsulation jar and use the encapsulation track to remove as prescribing a limit to, make encapsulation jar position can correspond each other with second removal scute position, drive the encapsulation mounting panel under the effect of encapsulation jar and remove, make the encapsulation mounting panel be close to the second and remove the scute or keep away from the second and remove the scute.

As a preferable embodiment of the present utility model, the package mounting plate is provided with a package pressing plate and a package stapler.

Through adopting above-mentioned technical scheme, be used for compacting rectangular corrugated board head and tail near with the help of encapsulation pressing plate for laminate head and tail, be used for encapsulating head and tail laminating department with the help of encapsulation stapler.

As a preferable technical scheme of the utility model, the first bending assembly comprises a first bending vertical plate, a first bending track is arranged on the first bending vertical plate, a first bending linear motor is connected to the first bending track in a driving mode, a first bending electric cylinder is arranged on the first bending linear motor, the output end of the first bending electric cylinder is connected with a first bending push plate, the first bending vertical plate is arranged on a bottom plate, and the plane of the first bending vertical plate is parallel to the plane formed by two side lines of the fixed angle plate and the first movable angle plate.

Through adopting above-mentioned technical scheme, under the effect of first linear electric motor that buckles, can make first bending cylinder use first bending track as prescribing a limit to remove to make first bending cylinder position and first removal scute correspond each other, drive first push pedal of buckling and remove with the help of first bending cylinder, make first push pedal of buckling can be close to or keep away from by the corrugated board that first removal scute supported by, thereby reach the purpose of buckling corrugated board.

As a preferable technical scheme of the utility model, the second bending assembly comprises a second bending vertical plate, a second bending track is arranged on the second bending vertical plate, a second bending linear motor is connected to the second bending track in a driving mode, a second bending electric cylinder is arranged on the second bending linear motor, the output end of the second bending electric cylinder is connected with a second bending push plate, the second bending vertical plate is arranged on the bottom plate, and the plane of the second bending vertical plate is parallel to the plane formed by two L-shaped side lines of the first movable corner plate and the third movable corner plate.

Through adopting above-mentioned technical scheme, under the effect of the linear electric motor that buckles of second, can make the second buckle the electric jar and use the second track of buckling as prescribing a limit to remove to make the second buckle electric jar position and third remove the scute mutually corresponding, drive the push pedal of buckling of second with the help of the electric jar of buckling and remove, make the push pedal of buckling of second can be close to or keep away from by the corrugated container board that the third removes the scute to support and lean on, thereby reach the purpose of buckling corrugated container.

As a preferable technical scheme of the utility model, the third bending assembly comprises a third bending vertical plate, a third bending track is arranged on the third bending vertical plate, a third bending linear motor is connected to the third bending track in a driving mode, a third bending electric cylinder is arranged on the third bending linear motor, the output end of the third bending electric cylinder is connected with a third bending push plate, the third bending vertical plate is arranged on the bottom plate, and the plane of the third bending vertical plate is parallel to the planes of two L-shaped side lines of the third movable corner plate and the second movable corner plate.

Through adopting above-mentioned technical scheme, under the effect of the linear electric motor that buckles of third, can make the third buckle the electric jar use the third track of buckling as prescribing a limit to remove to make the third buckle electric jar position and second remove the scute mutually correspond, drive the third with the help of the third electric jar of buckling and buckle the push pedal and remove, make the third buckle the push pedal can be close to or keep away from by the corrugated container that the second removes the scute and support and lean on, thereby reach the purpose of buckling corrugated container.

The beneficial effects of the utility model are as follows:

1. through setting up fixed angle board, first removal angle board, second removal angle board and third removal angle board, thereby for the bending of corrugated board provide the position of leaning on, through setting up first subassembly of buckling, second subassembly and the third subassembly of buckling, thereby can buckle to the corrugated board of first removal angle board department respectively, buckle to the corrugated board of third removal angle board department and buckle to the corrugated board of second removal angle board department, laminate the department with the help of encapsulation subassembly to the corrugated board after buckling head and the tail and carry out compaction and encapsulation, owing to set up first removal jar, second removal jar and third removal jar, thereby can adjust the size that the corrugated board was buckled, thereby improve the suitability of device, through above-mentioned mode, when buckling rectangular corrugated board, need not the staff manual work and buckle, reduce staff's labor expenditure, ensure work efficiency simultaneously.

Drawings

FIG. 1 is a schematic top view of the present utility model;

fig. 2 is a schematic front view of the present utility model.

In the figure: 1. a bottom plate; 2. fixing the angle plate; 3. a first moving cylinder; 4. a first movable corner plate; 5. a second moving cylinder; 6. a second movable corner plate; 7. a third movable cylinder fixing plate; 8. a third moving cylinder; 9. a third movable corner plate; 10. packaging the vertical plate; 11. packaging the track; 12. packaging the linear motor; 13. packaging an electric cylinder; 14. a package mounting plate; 15. packaging pressing plates; 16. packaging the stapler; 17. a first bending vertical plate; 18. a first bending track; 19. a first bending linear motor; 20. a first bending electric cylinder; 21. a first bending push plate; 22. a second bending vertical plate; 23. a second bending track; 24. a second bending linear motor; 25. a second bending electric cylinder; 26. a second bending push plate; 27. a third bending vertical plate; 28. a third bending track; 29. a third bending linear motor; 30. a third bending electric cylinder; 31. and a third bending push plate.

Detailed Description

According to research and analysis of the applicant, due to different purposes of the corrugated container, the thicknesses of the adopted corrugated boards are different, the thicknesses of the adopted corrugated boards are thinner for the small container, and the thicknesses of the adopted corrugated boards are thicker for bearing products such as small containers, and when the corrugated boards are processed into the small containers, the common flow is as follows: the strip corrugated board which is cut and processed is folded according to the size of the small container which is required to be manufactured, after the corrugated board is folded into a square structure, the closed parts of the head and the tail are packaged, so that the head and the tail are connected with each other, a firm direction structure is formed, then the bottom and the top are filled and packaged, and the corrugated board which is manufactured into the small container is thicker, if the corrugated board is folded and packaged manually in the process, the labor expenditure of workers is increased, the efficiency is influenced, and therefore, the corrugated box assembly auxiliary device is required to be designed so that when the strip corrugated board is folded, the labor expenditure of the workers is reduced, and the working efficiency is ensured.

The present utility model will now be described in further detail with reference to the accompanying drawings.

Referring to fig. 1-2, a corrugated box assembling auxiliary device includes a base plate 1, a fixed angle plate 2, a first movable cylinder 3, a first movable angle plate 4, a second movable cylinder 5, a second movable angle plate 6, a third movable cylinder fixing plate 7, a third movable cylinder 8, a third movable angle plate 9, a packaging vertical plate 10, a packaging rail 11, a packaging linear motor 12, a packaging cylinder 13, a packaging mounting plate 14, a packaging pressing plate 15, a packaging stapler 16, a first bending vertical plate 17, a first bending rail 18, a first bending linear motor 19, a first bending cylinder 20, a first bending push plate 21, a second bending vertical plate 22, a second bending rail 23, a second bending linear motor 24, a second bending cylinder 25, a second bending push plate 26, a third bending vertical plate 27, a third bending rail 28, a third bending linear motor 29, a third bending vertical plate 30 and a third bending push plate 31.

Referring to fig. 1-2, a corrugated box assembly auxiliary device includes: the bottom plate 1, fixed angle plate 2, first moving component, second moving component, first bending component, second bending component, third bending component and packaging component, fixed angle plate 2, first bending component, second bending component, third bending component and packaging component all set up on the bottom plate 1, first moving component includes first moving electric jar 3, first moving electric jar 3 sets up on the bottom plate 1, first moving electric jar 3 output is connected with first moving angle plate 4, second moving component includes second moving electric jar 5 and third moving electric jar 8, second moving electric jar 5 sets up on bottom plate 1, second moving electric jar 5 output is connected with second moving angle plate 6, be provided with third moving electric jar fixed plate 7 on the second moving angle plate 6, third moving electric jar 8 sets up on third moving electric jar fixed plate 7, third moving electric jar 8 output is connected with third moving angle plate 9, fixed 2, first moving angle plate 4 and third moving angle plate 8 output are connected with first moving angle plate 4, second moving angle plate 6 and third moving angle plate 9 are located the fixed angle plate, first moving angle plate 9 and second moving angle plate 5 are located the first moving angle plate 9, second moving angle plate 9 is located the first moving angle plate 4, second angle plate is located the second moving angle plate 6, the second angle plate is located the first moving angle plate 9 is located the first moving angle plate 4, the second angle plate is located the second moving angle plate 4, the second moving angle plate 6 is located the first moving angle plate 4, the third moving angle plate 6 angle plate is located the first moving angle plate 6, and the third moving angle plate is located the first moving angle plate 4, and is located the first moving 4 first moving angle plate 4, thereby for the corrugated board buckle provide the position of leaning on, through setting up first subassembly of buckling, second subassembly and the third subassembly of buckling, thereby can buckle the corrugated board of first removal scute 4 department respectively, buckle the corrugated board of third removal scute 9 department and buckle the corrugated board of second removal scute 6 department, laminate the department with the help of encapsulation subassembly to the corrugated board head and the tail after buckling and carry out compaction and encapsulation, owing to set up first removal jar 3, second removal jar 5 and third removal jar 8, thereby can adjust the size that the corrugated board was buckled, thereby improve the suitability of device, through above-mentioned mode, when buckling rectangular corrugated board, need not the staff manual work and buckle, reduce staff's labor expenditure, ensure work efficiency simultaneously.

Referring to fig. 1-2, the packaging assembly comprises a packaging vertical plate 10, a packaging rail 11 is arranged on the packaging vertical plate 10, a packaging linear motor 12 is connected to the packaging rail 11 in a driving manner, a packaging electric cylinder 13 is arranged on the packaging linear motor 12, the output end of the packaging electric cylinder 13 is connected with a packaging mounting plate 14, the packaging vertical plate 10 is arranged on a bottom plate 1, the plane of the packaging vertical plate 10 is parallel to the plane formed by two L-shaped side lines of a fixed angle plate 2 and a second movable angle plate 6, a packaging pressing plate 15 and a packaging stapler 16 are arranged on the packaging mounting plate 14, the first bending assembly comprises a first bending vertical plate 17, a first bending rail 18 is arranged on the first bending vertical plate 17, a first bending linear motor 19 is connected to the first bending rail 18 in a driving manner, a first bending linear motor 20 is arranged on the first bending linear motor 19, the output end of the first bending electric cylinder 20 is connected with a first bending push plate 21, the first bending vertical plate 17 is arranged on the bottom plate 1, the plane of the first bending vertical plate 17 is parallel to the plane formed by the fixed angle plate 2 and the first movable angle plate 4L-shaped side lines, the second bending component comprises a second bending vertical plate 22, the second bending vertical plate 22 is provided with a second bending track 23, the second bending track 23 is in driving connection with a second bending linear motor 24, the second bending linear motor 24 is provided with a second bending electric cylinder 25, the output end of the second bending electric cylinder 25 is connected with a second bending push plate 26, the second bending vertical plate 22 is arranged on the bottom plate 1, the plane of the second bending vertical plate 22 is parallel to the plane formed by the first movable angle plate 4 and the third movable angle plate 9L-shaped side lines, the third bending assembly comprises a third bending vertical plate 27, a third bending track 28 is arranged on the third bending vertical plate 27, a third bending linear motor 29 is connected to the third bending track 28 in a driving way, a third bending electric cylinder 30 is arranged on the third bending linear motor 29, the output end of the third bending electric cylinder 30 is connected with a third bending push plate 31, the third bending vertical plate 27 is arranged on the bottom plate 1, the plane of the third bending vertical plate 27 is parallel to the planes of the two side lines of the third movable corner plate 9 and the second movable corner plate 6, the packaging linear motor 12 is used for driving the packaging electric cylinder 13 to move with the limitation of the packaging track 11, the position of the packaging electric cylinder 13 corresponds to the position of the second movable corner plate 6, the packaging mounting plate 14 is driven to move under the action of the packaging electric cylinder 13, the packaging mounting plate 14 is made to be close to the second movable corner plate 6 or far away from the second movable corner plate 6, the packaging pressing plate 15 is used for compacting the positions of the long corrugated boards near the head and the tail, the head and the tail are jointed, the packaging stapler 16 is used for packaging the positions of the long corrugated boards near the head and the tail, the first bending electric cylinder 20 can move limited by the first bending rail 18 under the action of the first bending linear motor 19 so as to enable the position of the first bending electric cylinder 20 to correspond to that of the first movable corner plate 4, the first bending push plate 21 is driven by the first bending electric cylinder 20 to move so as to enable the first bending push plate 21 to be close to or far away from the corrugated boards abutted by the first movable corner plate 4, the corrugated boards are bent, the second bending electric cylinder 25 can move limited by the second bending rail 23 under the action of the second bending linear motor 24, so that the second bending electric cylinder 25 and the third movable corner plate 9 are corresponding to each other, the second bending push plate 26 is driven to move by the second bending electric cylinder 25, so that the second bending push plate 26 can be close to or far away from the corrugated plate abutted by the third movable corner plate 9, the purpose of bending the corrugated plate is achieved, the third bending electric cylinder 30 can move with the third bending track 28 limited by the action of the third bending linear motor 29, so that the position of the third bending electric cylinder 30 corresponds to the position of the second movable corner plate 6, the third bending push plate 31 is driven to move by the third bending electric cylinder 30, and the third bending push plate 31 can be close to or far away from the corrugated plate abutted by the second movable corner plate 6, so that the purpose of bending the corrugated plate is achieved.

Working principle: when the corrugated carton stapler is used, the long corrugated sheets are placed at the position of the fixed angle plate 2 to extend to the position of the first movable angle plate 4, the positions of the first movable angle plate 4, the second movable angle plate 6 and the third movable angle plate 9 are adjusted according to working requirements, meanwhile, the corrugated sheets at the position of the second movable angle plate 6 are pushed by means of the first bending linear motor 19, the second bending linear motor 24 and the third bending linear motor 29, the corrugated sheets at the position of the first movable angle plate 4 are pushed by means of the first bending push plate 21 by means of the first bending electric cylinder 20, the corrugated sheets at the position are bent, the second bending push plate 26 is pushed by means of the second bending electric cylinder 25, the corrugated sheets at the position of the third movable angle plate 9 are bent, the corrugated sheets at the position of the second movable angle plate 6 are pushed by means of the third bending electric cylinder 30, the corrugated sheets at the position of the second movable angle plate 6 are then adjusted by means of the third bending push plate 31, the position of the packaging electric cylinder 13 corresponds to the second movable angle plate 6, the packaging electric cylinder 13 is made to be pressed by means of the packaging electric cylinder 13, the packaging electric cylinder 15 is made to be pressed at the position of the second movable angle plate 6, and the packaging machine is made to be attached to the packaging machine, and then the packaging machine is made to be attached to the packaging machine.

The foregoing has shown and described the basic principles, principal features and advantages of the utility model. It will be understood by those skilled in the art that the present utility model is not limited to the above-described embodiments, and that the above-described embodiments and descriptions are only preferred embodiments of the present utility model, and are not intended to limit the utility model, and that various changes and modifications may be made therein without departing from the spirit and scope of the utility model as claimed. The scope of the utility model is defined by the appended claims and equivalents thereof.

Claims (6)

1. A corrugated box assembly assist device comprising: bottom plate (1), fixed angle board (2), first removal subassembly, second remove the subassembly, first subassembly, second subassembly, third subassembly and encapsulation subassembly of buckling buckle, its characterized in that:

the fixed angle plate (2), the first bending component, the second bending component, the third bending component and the packaging component are all arranged on the bottom plate (1);

the first moving assembly comprises a first moving electric cylinder (3), the first moving electric cylinder (3) is arranged on the bottom plate (1), and the output end of the first moving electric cylinder (3) is connected with a first moving angle plate (4);

the second moving assembly comprises a second moving electric cylinder (5) and a third moving electric cylinder (8), the second moving electric cylinder (5) is arranged on the bottom plate (1), the output end of the second moving electric cylinder (5) is connected with a second moving angle plate (6), a third moving electric cylinder fixing plate (7) is arranged on the second moving angle plate (6), the third moving electric cylinder (8) is arranged on the third moving electric cylinder fixing plate (7), and the output end of the third moving electric cylinder (8) is connected with a third moving angle plate (9);

the fixed angle plate (2), the first movable angle plate (4), the second movable angle plate (6) and the third movable angle plate (9) are all of L-shaped structures, and two corresponding L-shaped side lines of the fixed angle plate (2), the first movable angle plate (4), the second movable angle plate (6) and the third movable angle plate (9) form rectangular structures;

the first bending component is located on one side of the fixed angle plate (2) and one side of the first movable angle plate (4), the second bending component is located on one side of the first movable angle plate (4) and one side of the third movable angle plate (9), the third bending component is located on one side of the second movable angle plate (6) and one side of the third movable angle plate (9), and the packaging component is located on one side of the fixed angle plate (2) and one side of the second movable angle plate (6).

2. A corrugated box assembly assist device as set forth in claim 1, wherein: the packaging assembly comprises a packaging vertical plate (10), a packaging track (11) is arranged on the packaging vertical plate (10), a packaging linear motor (12) is connected to the packaging track (11) in a driving mode, a packaging electric cylinder (13) is arranged on the packaging linear motor (12), a packaging mounting plate (14) is connected to the output end of the packaging electric cylinder (13), the packaging vertical plate (10) is arranged on the bottom plate (1), and the plane where the packaging vertical plate (10) is arranged is parallel to the plane formed by the L-shaped two edges of the fixed angle plate (2) and the second movable angle plate (6).

3. A corrugated box assembly assist device as set forth in claim 2, wherein: the package mounting plate (14) is provided with a package pressing plate (15) and a package stapler (16).

4. A corrugated box assembly assist device as set forth in claim 1, wherein: the first bending assembly comprises a first bending vertical plate (17), a first bending track (18) is arranged on the first bending vertical plate (17), a first bending linear motor (19) is connected to the first bending track (18) in a driving mode, a first bending electric cylinder (20) is arranged on the first bending linear motor (19), a first bending push plate (21) is connected to the output end of the first bending electric cylinder (20), the first bending vertical plate (17) is arranged on the bottom plate (1), and a plane where the first bending vertical plate (17) is located is parallel to a plane formed by two L-shaped side lines of the fixed angle plate (2) and the first movable angle plate (4).

5. A corrugated box assembly assist device as set forth in claim 1, wherein: the second bending assembly comprises a second bending vertical plate (22), a second bending track (23) is arranged on the second bending vertical plate (22), a second bending linear motor (24) is connected to the second bending track (23) in a driving mode, a second bending electric cylinder (25) is arranged on the second bending linear motor (24), a second bending push plate (26) is connected to the output end of the second bending electric cylinder (25), the second bending vertical plate (22) is arranged on the bottom plate (1), and the plane where the second bending vertical plate (22) is located is parallel to the plane formed by the L-shaped two side lines of the first movable corner plate (4) and the third movable corner plate (9).

6. A corrugated box assembly assist device as set forth in claim 1, wherein: the third bending assembly comprises a third bending vertical plate (27), a third bending track (28) is arranged on the third bending vertical plate (27), a third bending linear motor (29) is connected to the third bending track (28) in a driving mode, a third bending electric cylinder (30) is arranged on the third bending linear motor (29), a third bending push plate (31) is connected to the output end of the third bending electric cylinder (30), the third bending vertical plate (27) is arranged on the bottom plate (1), and the plane where the third bending vertical plate (27) is located is parallel to the plane where the L-shaped two side lines of the third movable corner plate (9) and the second movable corner plate (6) are located.