CN214931511U

CN214931511U - Combined packing frame for door plate parts

Info

Publication number: CN214931511U
Application number: CN202121375729.9U
Authority: CN
Inventors: 刘立红
Original assignee: Liaoning Dongchuan Logistics Equipment Co ltd
Current assignee: Liaoning Dongchuan Logistics Equipment Co ltd
Priority date: 2021-06-21
Filing date: 2021-06-21
Publication date: 2021-11-30
Anticipated expiration: 2031-06-21

Abstract

The utility model provides a door plant class part combination formula packing frame. The folding frame is oppositely connected to the chassis of the rectangular frame structure through an inserting part, and meanwhile, a connecting rod is arranged between the folding frame and the chassis and is fixed in an inclined pulling manner to form a stable frame structure in a combined manner; the chassis is provided with a bottom support beam with a bottom support limiting groove for lifting the door plate parts, and the side part of the folding frame is provided with a limiting beam with a limiting groove for limiting the two sides of the door plate parts to form a cuboid transportation container. The utility model discloses a folding leg pegs graft on the chassis to adopt the connecting rod to draw fixedly to one side simultaneously, the folding leg has dual connection with the chassis, and intensity is higher, the good reliability. The door plate parts are arranged in order at intervals by the limiting grooves and the bottom support limiting grooves, and the packaging quantity and the safety protection level of the container are greatly improved. All there is fork truck foot slot on chassis four sides, all can jack up the handling on four sides, has improved work efficiency. The combined type packaging frame is suitable for being used as a door plate part combined type packaging frame.

Description

Combined packing frame for door plate parts

Technical Field

The utility model relates to a product packaging in transportation field especially relates to door plant class part combination formula packing frame.

Background

At present, door plate parts in the engineering machinery industry and the automobile industry are various in types and good in surface decoration. The paper is usually packaged separately by wood and paper, and the paper is mutually laminated in the transportation process, so that the paper is easy to scrape flowers. Meanwhile, stacking is not needed between packages, and the packages cannot be lifted in a centralized manner.

Disclosure of Invention

In order to solve the transportation problem of door plant class part, the utility model provides a door plant class part combination formula packing frame. This packing frame is through pegging graft the folding leg on fixed chassis to adopt the connecting rod to draw fixedly to one side simultaneously, with the spacing storage of door plant class part, but form the combination formula packing frame of fast assembly and dismantlement, solve the technical problem of door plant class part transportation.

The utility model provides a scheme that technical problem adopted is:

the combined type packaging frame for the door plate parts comprises a fixed chassis and a folding frame, wherein the folding frame is oppositely connected to the chassis of the rectangular frame structure through a plug-in part, and meanwhile, a connecting rod is arranged between the folding frame and the chassis and is fixed in an inclined pulling manner to form a stable frame structure through combination; the chassis is provided with a bottom support beam with a bottom support limiting groove for lifting the door plate parts, and the side part of the folding frame is provided with a limiting beam with a limiting groove for limiting the two sides of the door plate parts to form a cuboid transportation container.

In order to further solve the technical problem to be solved by the invention, in the chassis provided by the invention, the chassis mainly comprises a chassis column base, a chassis cross beam, a bottom support cross beam, a joist and a chassis upright column, wherein the chassis cross beam comprises a chassis cross beam I, a chassis cross beam II, a chassis cross beam III, a chassis cross beam IV and a chassis cross beam V, and the chassis upright column comprises a chassis upright column I and a chassis upright column II; chassis column feet are arranged at four corners of a chassis of the rectangular frame structure, the chassis column feet are connected with the front surface and the back surface of the chassis through a chassis cross beam I, a chassis cross beam II and a chassis cross beam III which are arranged in parallel, a joist connection is laid between the front surface and the back surface of the chassis, and bottom support cross beams with bottom support limiting grooves are embedded on joists at two ends to support door plate parts;

the chassis cross beam I and the chassis cross beam III are longitudinally connected through two chassis upright columns I to form a grid, and two sides of the bottom of the grid are provided with forklift foot slots surrounded by chassis foot columns, the chassis upright columns I, the chassis cross beam II and the chassis cross beam III and used for forklift foot hoisting operation of a forklift;

the chassis is characterized in that chassis column feet are connected through chassis cross beams IV and chassis cross beams V which are arranged in parallel on the side face of the chassis, the chassis cross beams IV and the chassis cross beams V are longitudinally connected through chassis upright columns II to form grids, forklift foot slots which are enclosed by the chassis column feet, the chassis upright columns II, the chassis cross beams IV and the chassis cross beams V are formed in the two sides of the bottom of the forklift, the forklift foot slots are also used for forklift foot hoisting operation of a forklift, and the chassis can be hoisted on four sides.

Furthermore, the folding frame mainly comprises folding upright posts, folding cross beams and limiting cross beams, and parallel folding cross beams are connected between two vertical folding upright posts to form a frame structure; the inner side of the folding beam is connected with a limiting beam, and limiting grooves are arranged on the limiting beam to limit and fix the two sides of the door plate type part; the top of the folding upright post is provided with a base plate column base of which a pin shaft is sleeved with the base plate, so that the door plate part combined type packaging frame can be stacked; the lower part of the folding upright post is fixedly connected with a base plate column base of the base plate through the insertion part.

Positive effect, because the utility model discloses a folding leg pegs graft on fixed chassis to adopt the connecting rod to draw fixedly to one side simultaneously, form the combination formula packing frame that can fast assembly and dismantle. The folding stand of folding leg passes through the grafting portion to be connected with the chassis column base on chassis, adopts the connecting rod to be connected with chassis crossbeam I again simultaneously, and the folding leg has dual connection with the chassis, and the whole frame construction intensity that forms is higher, the good reliability. The folding frame is provided with the limiting grooves, the chassis joist is provided with the bottom support limiting grooves, the door plate parts are orderly arranged at intervals, the packaging quantity and the safety protection level of the container are greatly improved, and the container is not affected with damp during transportation. The chassis adopts chassis column base, chassis crossbeam, collet crossbeam, joist and chassis column combination to form fixed frame construction, and the chassis is firm reliable, and stability is good. The folding leg is the slice, and the connecting rod can be dismantled, and folding the space of depositing is saved. All there is fork truck foot slot on the chassis four sides, when fork truck carried out the hoist and mount operation, need not the direction on adjustment chassis, the equal jack-up handling in four sides, and convenient construction operation has improved work efficiency. The combined type packaging frame is suitable for being used as a door plate part combined type packaging frame.

Drawings

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

FIG. 2 is a front view of the present invention;

fig. 3 is a side view of the present invention;

fig. 4 is a top view of the present invention.

In the figure, 0 is a door plate part, 1 is a folding upright column, 1.1 is a pin shaft, 2 is a folding beam, 3 is a limiting beam, 3.1 is a limiting groove, 4 is a connecting rod, 5 is an inserting part, 6 is a chassis column base, 7 is a chassis beam I, 8 is a chassis beam II, 9 is a chassis upright column I, 10 is a chassis beam III, 11 is a bottom support beam, 11.1 is a bottom support limiting groove, 12 is a supporting beam, 13 is a chassis beam IV, 14 is a chassis beam V, 15 is a chassis upright column II.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

According to the figure, the door plate part combined type packaging frame comprises a fixed chassis and a folding frame, the folding frame is oppositely connected to the chassis of a rectangular frame structure through a plug-in part 5, and meanwhile, a connecting rod 4 is arranged between the folding frame and the chassis and fixed in an inclined pulling mode to form a stable frame structure in a combined mode; the chassis is provided with a bottom support beam 11 with a bottom support limiting groove 11.1 for supporting the door plate parts 0, and the side part of the folding frame is provided with a limiting beam 3 with a limiting groove 3.1 for limiting the two sides of the door plate parts 0 to form a cuboid transportation container.

In order to ensure the stability of the structure of the utility model, the chassis mainly comprises a chassis column base 6, a chassis beam, a bottom support beam 11, a joist 12 and a chassis column, wherein the chassis beam comprises a chassis beam I7, a chassis beam II 8, a chassis beam III 10, a chassis beam IV 13 and a chassis beam V14, and the chassis column comprises a chassis column I9 and a chassis column II 15; chassis column feet 6 are arranged at four corners of a chassis of the rectangular frame structure, the chassis column feet 6 are connected with each other through a chassis cross beam I7, a chassis cross beam II 8 and a chassis cross beam III 10 which are arranged in parallel on the front surface and the back surface of the chassis, a joist 12 is laid between the front surface and the back surface of the chassis for connection, and a bottom support cross beam 11 with a bottom support limiting groove 11.1 is embedded on the joists 12 at the two ends for supporting a door plate part 0;

the chassis crossbeam I7 and the chassis crossbeam III 10 are longitudinally connected through two chassis upright posts I9 to form a grid, and two sides of the bottom of the grid are provided with forklift foot slots surrounded by chassis foot 6, chassis upright posts I9, chassis crossbeam II 8 and chassis crossbeam III 10, and the forklift foot slots are used for forklift foot hoisting operation of a forklift;

on the side of the chassis, chassis column feet 6 are connected with a chassis beam V14 through chassis beams IV 13 and V14 which are arranged in parallel, the chassis beam IV 13 and the chassis beam V14 are longitudinally connected through a chassis column II 15 to form a grid, and two sides of the bottom of the grid are provided with forklift foot slots which are enclosed by the chassis column feet 6, the chassis column II 15, the chassis beam IV 13 and the chassis beam V14, and the grid is also used for forklift foot hoisting operation of a forklift, and the chassis can be hoisted and transported on four sides.

In order to further ensure the stability of the structure of the utility model, the folding frame mainly comprises folding upright posts 1, folding cross beams 2 and limiting cross beams 3, and parallel folding cross beams 2 are connected between two vertical folding upright posts 1 to form a frame structure; the inner side of the folding beam 2 is connected with a limiting beam 3, limiting grooves 3.1 are arranged on the limiting beam 3 for alternately accommodating door panel parts 0, and the two sides of the door panel parts are limited and fixed; the top of the folding upright post 1 is provided with a pin shaft 1.1 which is sleeved with a chassis column base of the chassis, so that the door plate part combined type packaging frame can be stacked; the lower part of the folding upright post 1 is fixedly connected with a base plate column foot 6 of the base plate through an inserting part 5.

In order to optimize the utility model discloses a structure, 4 both ends of connecting rod are equipped with the lug, and 1 lateral part of folding stand sets up the hanging seat respectively with I7 upper portions of chassis crossbeam, and the lug and the hanging seat of connecting rod 4 are connected, form folding stand 1 draw to one side and support, stabilize the folding leg.

In order to optimize the utility model discloses the stability of structure more, grafting portion 5 is equipped with the plug connector for 1 lower part of folding stand and penetrates chassis column base 6, with

folding stand

1 and 6 longitudinal connections in chassis column base, forms integratively.

In a preferred embodiment, the plug of the plug part 5 is inserted into the base column base 6, and a through hole is formed in the base column base 6, and the two are connected and fixed by welding.

In a preferred embodiment, the plug-in unit of the plug-in unit 5 is inserted into the base column base 6, and the plug-in unit and the base column base 6 are both provided with through holes and are connected and fixed by bolts or pins.

In a preferred embodiment, the plug-in unit of the plug-in unit 5 is inserted into the chassis pedestal 6, a rolling ball is embedded in the plug-in unit, a through hole is processed on the chassis pedestal 6, and the ball is clamped and fixed by the through hole.

In order to further optimize the structure of the utility model, the assembly of the pin shaft 1.1 at the top of the shaft sleeve and the folding upright post is embedded at the bottom of the 6 bottoms of the base plate column feet, and the door plate part combined type packaging frame is assembled by modules and stacked.

As a conventional technical choice, the folding upright posts 1, the chassis column feet 6 and the joists 12 are square pipes, the limiting cross beam 3 is a plate, and the chassis cross beam I7, the chassis cross beam II 8, the chassis upright posts I9, the chassis cross beam III 10, the chassis cross beam IV 13, the bottom support cross beam V14 and the chassis upright posts II 15 are rectangular pipes.

Preferably, the limiting cross beam 3 and the bottom support cross beam 11 are made of non-metal materials through injection molding, and the limiting grooves 3.1 and the bottom support limiting grooves 11.1 correspond to the shape of the door panel part 0, so that limiting and storage are facilitated.

The working process is as follows:

firstly, determining the types of a limiting groove 3.1 of a folding frame and a bottom support limiting groove 11.1 of a chassis according to the shape of a door plate part 0, and selecting the corresponding folding frame and the corresponding chassis;

secondly, horizontally placing a chassis on the working platform, inserting the folding upright posts 1 of the two folding frames into chassis column bases 6 of the chassis, welding the folding upright posts 1 with the plug connectors of the folding upright posts through holes on the chassis column bases 6, and connecting the folding frames and the chassis together;

secondly, connecting the connecting rod 4 with the folding upright posts 1 and the chassis beam I7 to form a diagonal bracing support of the folding frame, so as to enhance the strength of the folding frame and form a door plate part combined type packaging frame;

secondly, placing the door plate type parts 0 in order and storing the door plate type parts in a door plate type part combined packaging frame;

and finally, starting the forklift, hoisting and operating through forklift foot slots on the periphery of the chassis, neatly stacking the forklift, and sleeving the chassis column feet 6 on the chassis through the pin shafts 1.1 on the folding columns 1 to stack.

The method is characterized in that:

due to the fact that the metal base plate and the folding frame are combined, the folding frame can be detached quickly, compared with wooden and paper packing boxes, garbage is not generated, and certain benefits can be obtained through recycling.

The chassis adopts a chassis column foot 6, a chassis beam, a bottom support beam 11, a joist 12 and a chassis column to form a fixed frame structure, so the chassis is firm and reliable and has good stability.

The front side and the back side of the chassis are provided with forklift foot slots surrounded by a chassis column foot 6, a chassis column I9, a chassis beam II 8 and a chassis beam III 10, and the side surface of the chassis is provided with the forklift foot slots surrounded by the chassis column foot 6, a chassis column II 15, a chassis beam IV 13 and a chassis beam V14; therefore, the four sides of the chassis are provided with the fork truck foot slots, when the fork truck carries out hoisting operation, the direction of the chassis does not need to be adjusted, the four sides can be hoisted, the construction operation is convenient, and the working efficiency is improved.

Because the chassis is equipped with joist 12, inlays the collet crossbeam 11 that has collet spacing groove 11.1 on the joist 12, so, the chassis can hold door plant class part 0 and accomodate the location with its is spacing, and 0 interval in order of door plant class part are arranged, improve the packing quantity and the safety protection level of container by a wide margin.

Because the folding leg is the slice, and the connecting rod can be dismantled, so, the folding leg can be folded and deposited, saves the space of storage.

Because the folding stand 1 of folding leg is connected with the chassis column base of chassis through grafting portion, adopts connecting rod 4 to be connected with chassis crossbeam I7 again simultaneously, so, the folding leg has dual connection with the chassis, and the whole frame structural strength that forms is higher, the good reliability.

Because the folding leg is provided with the limiting cross beam 3 with the limiting grooves 3.1, the door plate parts 0 can be stored at intervals and are limited and fixed in the door plate part combined type packaging frame at two sides, and the door plate parts are not affected with damp during transportation.

Because the folding upright post 1 is provided with the base plate column base 6 which can be sleeved with the pin shaft 1.1, the door plate part combined type packaging frames can be stacked and stacked, and the modular combination and industrial operation are realized.

Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications and variations can be made in the embodiments or in part of the technical features of the embodiments without departing from the spirit and the scope of the invention.

Claims

1. Door board class part combination formula packing frame, characterized by: the foldable frame comprises a fixed chassis and a folding frame, wherein the folding frame is oppositely connected to the chassis of a rectangular frame structure through a plug-in part (5), and meanwhile, a connecting rod (4) is arranged between the folding frame and the chassis and is fixed in an inclined pulling manner to form a stable frame structure; the chassis is provided with a bottom support beam (11) with a bottom support limiting groove (11.1) for supporting the door plate parts (0), and the side part of the folding frame is provided with a limiting beam (3) with a limiting groove (3.1) for limiting the two sides of the door plate parts (0) to form a cuboid transportation container.

2. The door panel part combined packaging frame of claim 1, wherein:

the chassis mainly comprises chassis column feet (6), chassis cross beams, a bottom support cross beam (11), a joist (12) and chassis columns, wherein the chassis cross beams comprise a chassis cross beam I (7), a chassis cross beam II (8), a chassis cross beam III (10), a chassis cross beam IV (13) and a chassis cross beam V (14), and the chassis columns comprise chassis columns I (9) and chassis columns II (15); chassis column feet (6) are arranged at four corners of a chassis of the rectangular frame structure, the front side and the back side of the chassis are connected through a chassis beam I (7), a chassis beam II (8) and a chassis beam III (10) which are arranged in parallel, a joist (12) is laid between the front side and the back side of the chassis for connection, and a bottom support beam (11) with a bottom support limiting groove (11.1) is embedded on the joist (12) at the two ends for supporting door plate parts (0);

the chassis crossbeam I (7) and the chassis crossbeam III (10) are longitudinally connected through two chassis upright posts I (9) to form a grid, and two sides of the bottom of the grid are provided with forklift foot slots surrounded by chassis column feet (6), the chassis upright posts I (9), the chassis crossbeam II (8) and the chassis crossbeam III (10) for forklift foot hoisting operation of a forklift;

on the side of the chassis, chassis column feet (6) are connected with a chassis beam V (14) through chassis beams IV (13) and V (14) which are arranged in parallel, the chassis beams IV (13) and V (14) are longitudinally connected through chassis columns II (15) to form grids, and forklift foot slots which are enclosed by the chassis column feet (6), the chassis columns II (15), the chassis beams IV (13) and the chassis beams V (14) are arranged on two sides of the bottom of the chassis.

3. The door panel part combined packaging frame of claim 2, wherein:

the folding frame mainly comprises folding upright posts (1), folding cross beams (2) and limiting cross beams (3), and parallel folding cross beams (2) are connected between two vertical folding upright posts (1) to form a frame structure; the inner side of the folding cross beam (2) is connected with a limiting cross beam (3), limiting grooves (3.1) are arranged on the limiting cross beam (3) to alternately accommodate door panel parts (0) and the two sides of the door panel parts are limited and fixed; the top of the folding upright post (1) is provided with a base plate column base (6) of which a pin shaft (1.1) is sleeved with the base plate, so that the door plate part combined type packaging frame can be stacked; the lower part of the folding upright post (1) is fixedly connected with a chassis column foot (6) of the chassis through an inserting part (5).

4. The door panel part combination packing frame of claim 3, wherein:

the lifting lugs are arranged at the two ends of the connecting rod (4), the lifting seats are respectively arranged on the side portions of the folding upright columns (1) and the upper portion of the chassis beam I (7), the lifting lugs of the connecting rod (4) are connected with the lifting seats, and the folding frame is stabilized by obliquely pulling and supporting the folding upright columns (1).

5. The door panel part combination packing frame of claim 4, wherein:

the inserting part (5) is a folding upright post (1) with a lower part provided with a plug connector penetrating into the base plate column base (6), and the folding upright post (1) is longitudinally connected with the base plate column base (6) to form a whole.

6. The door panel part combined packaging frame of claim 5, wherein:

the plug connector of the plug-in connection part (5) is inserted into the base plate column base (6), a through hole is processed on the base plate column base (6), and the base plate column base and the through hole are fixedly connected through welding.

7. The door panel part combined packaging frame of claim 5, wherein:

the plug connector of grafting portion (5) inserts chassis column base (6), all processes on plug-in components and the chassis column base (6) and have the through-hole, connects fixedly both through bolt or round pin axle.

8. The door panel part combined packaging frame of claim 5, wherein:

the plug connector of grafting portion (5) injects chassis column base (6), inlays on the plug connector to have the ball that rolls, processes the through-hole on chassis column base (6), connects fixedly with the ball clamping through the through-hole with both.

9. The door panel part combined packaging frame of claim 2, wherein:

the bottom of the base plate column base (6) is embedded with a shaft sleeve to be assembled with a pin shaft (1.1) at the top of the folding upright post (1), and the door plate part combined type packaging frames are combined in a module mode, stacked and stacked.

10. The door panel part combined packaging frame of claim 5, wherein:

the foldable upright post (1), the chassis column foot (6) and the joist (12) are square pipes, the limiting beam (3) is a plate, and the chassis beam I (7), the chassis beam II (8), the chassis upright post I (9), the chassis beam III (10), the chassis beam IV (13), the chassis beam V (14) and the chassis upright post II (15) are rectangular pipes;

the limiting cross beam (3) and the bottom support cross beam (11) are made of non-metal materials through injection molding, and the limiting grooves (3.1) and the bottom support limiting grooves (11.1) correspond to the door panel parts (0) in appearance and are convenient to limit and store.