KR102624414B1 - Pallet for forklift - Google Patents

Abstract

A forklift pallet according to an embodiment of the present invention is a forklift pallet that facilitates transportation of a load mounted on the top of a forklift, and includes a top frame having a plurality of through holes, which is arranged in parallel with the top frame, A lower frame with a plurality of through holes, a connection frame that connects the upper frame and the lower frame and provides a space for a forklift fork to be inserted, and a load mounted on the upper frame that allows sliding of the load seated on the upper frame from the upper frame. It may include a packing unit that restricts or is mounted on the lower plate frame to limit sliding from the seated surface.

Description

Pallet for forklift

The present invention relates to a forklift pallet, and more specifically, to a forklift pallet that facilitates transportation of a load mounted on the top of the forklift.

In general, pallets are used for the purpose of transporting or storing certain products or goods in a certain loading unit. Typically, pallets made of wood or synthetic resin have been mainly used, and they carry a significant amount of cargo such as machined products or assembled parts. After loading, it can be safely transported to the desired location using transportation means such as forklifts or cranes.

Pallets made of wood are relatively heavy and difficult to transport and manufacture, and because they are joined together through fastening means such as nails, the strength of the joint area is weak, and there is also the problem of the load being damaged by the nails.

Korean Patent No. 10-2127573

The purpose of the present invention is to provide a pallet for a forklift that facilitates transportation of a load mounted on the top of the forklift.

A forklift pallet according to an embodiment of the present invention is a forklift pallet that facilitates transportation of a load mounted on the top of a forklift, and includes a top frame having a plurality of through holes, which is arranged in parallel with the top frame, A lower frame with a plurality of through holes, a connection frame that connects the upper frame and the lower frame and provides a space for a forklift fork to be inserted, and a load mounted on the upper frame that allows sliding of the load seated on the upper frame from the upper frame. It may include a packing unit that restricts or is mounted on the lower plate frame to limit sliding from the seated surface.

The upper plate frame of a forklift pallet according to an embodiment of the present invention includes a upper plate grid forming portion in which the center of a square frame is formed in a grid shape to form a plurality of through holes, and is formed along the center and edge of the upper plate grid forming portion. , a top plate reinforcement part that reinforces the rigidity of the top plate grid forming part, and a top plate mounting part formed along the center and edge of the top plate grid forming part and providing a mounting space for the packing unit to be mounted, and the lower plate frame is square. A lower plate grid forming portion in which the center of the frame is formed in a grid shape to form a plurality of through holes, a lower plate reinforcing portion formed along the center and edge of the lower plate grid forming portion to reinforce the rigidity of the lower plate grid forming portion, and the lower plate reinforcing portion. It is formed in and has a lower plate mounting part that provides a mounting space for the packing unit to be mounted, the connection frame mediates the upper plate reinforcing part and the lower plate reinforcing part, and the upper plate mounting part and the lower plate mounting part are oriented in the height direction. May not overlap.

The top plate reinforcement portion of the forklift pallet according to an embodiment of the present invention includes a top plate center reinforcement portion formed in the center of the top plate grid forming portion and a top plate edge reinforcement portion formed along an upper edge of the top plate grid forming portion, The lower plate reinforcement portion includes a lower plate center reinforcement portion formed at the center of the lower plate grid forming portion and a lower plate border reinforcing portion formed along an upper edge of the lower plate grid forming portion, and the packing unit includes a central portion mounted on the upper plate central reinforcing portion. A packing portion, a 1-1 edge packing portion mounted on the first top plate mounting piece on the top plate border reinforcement portion, a 1-2 edge packing portion mounted on the second top plate mounting piece on the top plate grid forming portion, and the lower plate mounting portion. It has a second edge packing part mounted on the top, wherein the upper plate edge reinforcement part has an upper plate through-hole formed by penetrating, and the lower plate edge reinforcement part has a lower plate through-hole formed by penetrating, and the first-1 When forklift pallets are stacked, the edge packing part is inserted into the lower plate through-hole of the forklift pallets stacked at the top, and the second edge packing part is inserted into the bottom plate penetration hole of the forklift pallets stacked at the bottom, when forklift pallets are stacked. It can be inserted into the top through hole.

The pallet for a forklift according to an embodiment of the present invention is mounted on the top plate grid forming portion and is connected to a lower side of the 1-2 edge packing portion inserted into the second top plate mounting piece, wherein the 1-2 It further includes a fixing unit that prevents the edge packing portion from being separated from the second top plate mounting, wherein the fixing unit includes a fixing connection portion detachably connected to the top plate grid forming portion and inserted into the lower side of the second top plate mounting piece. a fixed insertion part and a fixing media part mediating the fixing connection part and the fixing insertion part, wherein the upper plate grid forming part is recessed from the bottom and is formed in a shape corresponding to the fixing media part, so that the space accommodates the fixing media part. It may be provided with a bottom recess that provides.

The fixed connection part of the forklift pallet according to an embodiment of the present invention is mounted on the side mounting part formed on the side of the upper plate grid forming part, is rotatable while mounted on the side mounting part, and has a snap button type on the side mounting part. It is attached and detached, and the upper plate mounting part is formed so that the size of the cross section decreases toward the lower side, so that the packing unit is restricted from passing through, and the 1-2 edge packing part is a packing mounting part formed at the lower end. It is provided with a fixed insertion part, which is formed on the upper surface and has an insertion mounting part that is attached and detached from the packing mounting part in a snap button type, and the fixing media part is, in a state where the fixed connection part is mounted on the side mounting part, the insertion part When the mounting part and the packing mounting part are mounted, they can be accommodated in the bottom recessed part.

The fixed insertion portion of the pallet for a forklift according to an embodiment of the present invention is formed on a lower surface and has a detachable attachment portion that is attached and detached in a snap button format with an insertion portion of another fixed insertion portion for a pallet for a forklift, and the fixing unit includes the above. It is formed between the fixing mediator and the fixed connection part, and is formed of a fluid material, further comprising a fixed floating part that allows tilting of the fixing mediator with respect to the fixed connection part, wherein the upper plate through-hole and the lower plate through-hole are, It is formed in a square shape with rounded corners, the diagonal length of which is greater than the width of the fixing mediator, and the fixing mediator is formed so that its width gradually decreases toward the fixing insertion part, and the first upper plate The mounting piece is arranged to communicate with the lower plate through-hole, the lower plate mounting portion is arranged to communicate with the upper plate through-hole, and the fixing unit remains inserted into the upper plate through-hole when separated from the upper plate frame. , the second edge packing portion mounted on the lower plate mounting portion is pressed to facilitate separation of the second edge packing portion from the lower plate mounting portion, and when separated from the upper plate frame, the second edge packing portion is inserted into the lower plate through-hole, By pressing the 1-1 edge packing portion mounted on the first top plate mounting piece, the 1-1 edge packing portion can be easily separated from the first top plate mounting piece.

The second top plate mounting piece of the forklift pallet according to an embodiment of the present invention penetrates the top plate grid forming part, and protrudes along the inner peripheral surface and the inner peripheral surface formed so that the width of the inner peripheral surface gradually decreases toward the lower side. It has a plurality of protrusions formed, and the 1-2 edge packing part is inserted into the second top plate mounting piece by pressure fitting, and the plurality of protrusions are formed on the inner peripheral surface of the inserted 1-2 edge packing part. Rotation to the reference can be restricted.

A pallet for a forklift according to an embodiment of the present invention includes, among the connection frames, an upper plate border reinforcement portion disposed at the width direction center of the upper plate grid forming portion and a lower plate edge reinforcement portion disposed at the width direction center of the lower plate grid forming portion. It further includes a handle portion that is installed to be able to appear on the connection frame and a wheel portion formed on the connection frame and located on an opposite side of the handle portion with respect to the top plate central reinforcement portion, wherein the wheel portion is positioned so that the top plate frame is connected to the ground. In a parallel state, it is arranged spaced apart from the ground, and when the top frame forms an angle with the ground in a certain range, it comes into rolling contact with the ground, and the connection frame is recessed to form a mounting space inside. It has a space forming part, and the handle part has a length part inserted into the mounting space forming part and a grip part formed at an end of the length part to form a space for the user to grip, and the length part has the mounting space. It may slide along the forming part and be hidden in the mounting space forming part, or may be exposed to the outside from the mounting space forming part.

According to the present invention, the load loaded on a forklift pallet is prevented from leaving the pallet, and the load can be safely protected during movement.

Additionally, when loading pallets for storage, they are interconnected with neighboring pallets, preventing the loaded pallets from falling over due to unexpected external forces.

Additionally, the pallet can be easily transported using the handle and wheels mounted on the pallet.

1 is a schematic perspective view showing a pallet for a forklift according to an embodiment of the present invention.
Figure 2 is a schematic diagram illustrating the top frame of a forklift pallet according to an embodiment of the present invention.
Figure 3 is a schematic diagram illustrating the lower plate frame of a forklift pallet according to an embodiment of the present invention.
Figure 4 is a schematic diagram illustrating a packing unit of the upper frame and lower frame of a forklift pallet according to an embodiment of the present invention.
Figure 5 is a schematic diagram illustrating the top mounting portion of a forklift pallet according to an embodiment of the present invention.
6 and 7 are schematic diagrams illustrating a fixing unit of a pallet for a forklift according to an embodiment of the present invention.
8 and 9 are schematic diagrams illustrating the handle portion and wheel portion of a pallet for a forklift according to another embodiment of the present invention.

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the drawings. However, the spirit of the present invention is not limited to the presented embodiments, and those skilled in the art who understand the spirit of the present invention may add, change, or delete other components within the scope of the same spirit, or create other degenerative inventions or this invention. Other embodiments that are included within the scope of the invention can be easily proposed, but this will also be said to be included within the scope of the invention of the present application.

In addition, components having the same function within the scope of the same idea shown in the drawings of each embodiment will be described using the same reference numerals.

Figure 1 is a schematic perspective view showing a pallet for a forklift according to an embodiment of the present invention, Figure 2 is a schematic diagram illustrating the top frame of a pallet for a forklift according to an embodiment of the present invention, and Figure 3 is a schematic diagram showing the pallet for a forklift according to an embodiment of the present invention. It is a schematic diagram for explaining the lower frame of a forklift pallet according to an embodiment of the present invention, and Figure 4 is a schematic diagram for explaining the packing unit of the upper frame and lower frame of a forklift pallet according to an embodiment of the present invention.

Referring to FIGS. 1 to 4, a forklift pallet 1 according to an embodiment of the present invention is a forklift pallet 1 that facilitates transportation of a load mounted on the top of the forklift to a forklift.

The pallet 1 for a forklift of the present invention may include an upper plate frame 10, a lower plate frame 20, a connecting frame 30, and a packing unit 40.

The top frame 10 may have a plurality of through holes and may be formed in a square plate shape with rounded corners. The top frame 10 may have horizontal bars and vertical bars arranged in a grid to form a plurality of through holes.

The lower plate frame 20 may have a plurality of through holes and may be formed in a square plate shape with rounded corners.

The lower plate frame 20 is disposed in parallel with the upper plate frame 10, and a plurality of horizontal bars and a plurality of vertical bars may be arranged in a lattice form to form a plurality of through holes.

The connection frame 30 connects the upper frame 10 and the lower frame 20 and may provide a space into which a forklift fork is inserted.

The connection frame 30 connects the bottom border area of the top frame 10 and the top edge of the bottom frame 20, and forms a space between the top frame 10 and the bottom frame 20. can be formed to provide a space into which a forklift fork or a handcar fork is inserted.

The forklift fork or handcar fork inserted into the space between the upper frame 10 and the lower frame 20 can lift the bottom of the upper frame 10 so that the pallet can be lifted and transported. there is.

The packing unit 40 is mounted on the upper plate frame 10 to limit sliding of the load seated on the top from the upper plate frame 10 or is mounted on the lower plate frame 20 to prevent sliding from the seated bottom surface. Sliding can be limited.

The packing unit 40 is made of a rubber material and has a rounded and rough upper surface, so that it can restrict the positional movement of the placed load while being compressed and elastically deformed by the placed load.

The top frame 10 of the forklift pallet 1 according to an embodiment of the present invention may include a top plate grid forming part 11, a top plate reinforcement part 13, and a top plate mounting part 15.

The upper plate grid forming portion 11 may be formed in a grid shape at the center of a square frame to form a plurality of through holes.

The top plate reinforcement portion 13 is formed along the center and edge of the top plate grid forming portion 11, and can reinforce the rigidity of the top plate grid forming portion 11.

Specifically, the top plate reinforcement portion 13 may include a top plate center reinforcement portion 131 and a top plate edge reinforcement portion 133.

The upper plate central reinforcement portion 131 may be formed at the center of the upper plate grid forming portion 11.

The upper plate edge reinforcement portion 133 may be formed along the upper edge of the upper plate grid forming portion 11.

The top plate mounting portion 15 is formed along the center and edge of the top plate grid forming portion 11 and can provide a mounting space where the packing unit 40 is mounted.

The lower plate frame 20 may include a lower plate grid forming portion 21, a lower plate reinforcing portion 23, and a lower plate mounting portion 25.

The lower plate grid forming portion 21 may be formed in a grid shape at the center of a square frame to form a plurality of through holes.

The lower plate reinforcement portion 23 is formed along the center and edge of the lower plate grid forming portion 21, and can reinforce the rigidity of the lower plate grid forming portion 21.

Specifically, the lower plate reinforcement portion 23 may include a lower plate center reinforcement portion 231 and a lower plate edge reinforcement portion 233.

The lower plate central reinforcement portion 231 may be formed at the center of the lower plate grid forming portion 21.

The lower plate border reinforcement portion 233 may be formed along the upper edge of the lower plate grid forming portion 21.

The lower plate mounting portion 25 is formed on the lower plate reinforcing portion 23 and can provide a mounting space where the packing unit 40 is mounted.

The connection frame 30 may mediate the upper plate reinforcement part 13 and the lower plate reinforcement part 23.

The upper plate mounting portion 15 and the lower plate mounting portion 25 may not overlap in the height direction.

The packing unit 40 may include a central packing part 41, a 1-1 edge packing part 43, a 1-2 edge packing part 45, and a second edge packing part 47.

The central packing portion 41 may be mounted on the upper plate central reinforcing portion 131, and may be press-fitted or bonded into the mounting groove of the upper plate central reinforcing portion 131 formed in a groove shape. .

The 1-1 edge packing part 43 may be mounted on the first top mounting piece 151 on the top edge reinforcement part 133. The 1-1 edge packing portion 43 may be press-fitted into the groove-shaped first top plate mounting piece 151.

The 1-2 edge packing part 45 may be mounted on the second top plate mounting piece 152 on the top plate grid forming part 11. The 1-2 edge packing portion 45 may be pressed into the groove-shaped second top plate mounting piece 152.

The second edge packing part 47 may be mounted on the lower plate mounting part 25.

The upper plate edge reinforcement portion 133 may be formed by penetrating the upper plate through hole H1.

The lower plate edge reinforcement portion 233 may have a lower plate through hole (H2) formed by penetrating therethrough.

When the forklift pallets 1 are stacked, the 1-1 edge packing part 43 can be inserted into the lower plate through-hole H2 of the forklift pallets 1 stacked on top.

Specifically, the 1-1 edge packing part 43 protrudes from the upper surface of the upper edge reinforcement part 133, so that when pallets are stacked, it forms a space between the stacked pallets and at the same time forms a space between the stacked pallets. The balance may not be right.

In the present invention, when pallets are stacked, the 1-1 edge packing part 43 is inserted into the lower plate through hole (H2) of the forklift pallet 1 stacked at the top, and the upper plate frame 10 located on the lower side The upper surface of and the bottom surface of the lower frame 20 located on the upper side can be brought into close contact. Accordingly, even if the pallets are stacked, not only is a separation space not formed between the pallets, but they can also be stacked in a balanced manner without being biased to one side.

In addition, when the forklift pallets 1 are stacked, the 1-2 edge packing part 45 can be inserted into the through hole of the lower plate grid forming part 21 of the upper stacked pallet.

When the forklift pallets 1 are stacked, the second edge packing portion 47 may be inserted into the upper through hole H1 of the forklift pallets 1 stacked below.

Specifically, the second edge packing part 47 protrudes from the bottom of the lower edge reinforcement part 233, so that when pallets are stacked, it forms a space between the stacked pallets and at the same time maintains the balance of the stacked pallets. It may not match.

In the present invention, when pallets are stacked, the second edge packing portion 47 is inserted into the top through hole H1 of the forklift pallet 1 stacked at the bottom, and the upper surface of the top frame 10 located on the lower side The bottom surface of the lower frame 20 located on the upper side can be brought into close contact. Accordingly, even if the pallets are stacked, not only is a separation space not formed between the pallets, but they can also be stacked in a balanced manner without being biased to one side.

5 and 6 are schematic diagrams illustrating a fixing unit for a pallet for a forklift according to an embodiment of the present invention.

Referring to Figures 5 and 6, the pallet 1 for a forklift according to an embodiment of the present invention may further include a fixing unit 50.

The fixing unit 50 is mounted on the top plate grid forming portion 11 and is connected to the lower side of the 1-2 edge packing portion 45 inserted into the second top plate mounting piece 152, It is possible to prevent the 1-2 edge packing portion 45 from being mounted on the second top plate.

The fixing unit 50 may include a fixing connection part 51, a fixing insertion part 53, a fixing insertion part 53, and a fixing mediator 55.

The fixed connection part 51 may be detachably connected to the upper plate grid forming part 11.

Specifically, the connection mounting portion 511 of the fixed connection portion 51 is mounted on the side mounting portion 113 formed on the side of the upper plate grid forming portion 11, and rotates while mounted on the side mounting portion 113. It is possible, and it can be attached and detached from the side mounting portion 113 in a snap button format.

The fixing insertion part 53 may be inserted into the lower side of the second top plate mounting piece 152.

The fixing mediator 55 may mediate the fixing connection part 51 and the fixing insertion part 53.

The upper plate grid forming part 11 is recessed from the bottom, and is formed in a shape corresponding to the fixing media part 55, and has a bottom recessed part 111 that provides a space for receiving the fixing media part 55. It can be provided.

The upper plate mounting portion 15 is formed so that the size of the cross section decreases toward the lower side, so that passage of the packing unit 40 through it may be restricted.

The 1-2 edge packing portion 45 may include a packing mounting portion 451 formed at the lower end.

The fixed insertion portion 53 may be formed on the upper surface and include an insertion mounting portion 531 that is detachable from the packing mounting portion 451 in a snap button format.

The fixing mediator 55 is configured to form the bottom recessed portion 111 when the insertion mounting portion 531 and the packing mounting portion 451 are mounted while the fixing connection portion 51 is mounted on the side mounting portion 113. ) can be accepted.

The fixed insertion portion 53 is formed on the lower surface and may be provided with a detachable attachment portion 533 that is detachable from the insertion portion 531 of the fixed insertion portion 53 of another forklift pallet 1 in a snap button format. .

The fixing unit 50 is formed between the fixing mediator 55 and the fixing connection part 51, and is made of a fluid material, so that the fixing media part 55 tilts with respect to the fixing connection part 51. A fixed floating part 57 that makes this possible may be further provided.

The upper plate through-hole (H1) and the lower plate through-hole (H2) may be formed in a square shape with rounded corners, and the diagonal length may be larger than the width of the fixing mediator 55.

The fixing mediator 55 may be formed so that its width gradually decreases toward the fixing insertion part 53.

The first upper plate mounting piece 151 may be arranged to communicate with the lower plate through hole (H2).

The lower plate mounting portion 25 may be arranged to communicate with the upper plate through-hole (H1).

When the fixing unit 50 is separated from the upper plate frame 10, the second edge packing portion 47 mounted on the lower plate mounting portion 25 is inserted into the upper plate through hole H1. By applying pressure, the second edge packing part 47 can be easily separated from the lower plate mounting part 25.

In addition, when the fixing unit 50 is separated from the upper plate frame 10, the 1-1 mounted on the first upper plate mounting piece 151 is inserted into the lower plate through hole (H2). By pressing the edge packing part 43, the 1-1 edge packing part 43 can be easily separated from the first top plate mounting piece 151.

The second top plate mounting piece 152 may include an inner peripheral surface 152a and a plurality of protrusions 152b.

The inner peripheral surface portion 152a may be formed to penetrate the upper plate grid forming portion 11, and the width of the inner peripheral surface gradually decreases toward the lower side.

The plurality of protrusions 152b may be formed to protrude along the inner peripheral surface 152a.

The 1-2 edge packing portion 45 may be inserted into the second top plate mounting piece 152 through interference fit.

The plurality of protrusions 152b may restrict rotation of the inserted 1-2 edge packing part 45 with respect to the inner peripheral surface 152a.

Figure 8 is a schematic diagram for explaining the handle portion and wheel portion of a pallet for a forklift according to another embodiment of the present invention.

Referring to FIG. 8, the forklift pallet 2 according to another embodiment of the present invention adds a handle portion 60 and a wheel portion 70 to the forklift pallet 1 described with reference to FIGS. 1 to 7. Therefore, only the handle portion 60 and the wheel portion 70 will be described below.

The handle portion 60 is disposed at the width direction center of the upper plate grid forming portion 11 among the connection frames 30 and the upper plate border reinforcing portion 133 disposed in the width direction of the lower plate grid forming portion 21. It can be installed to be removable on the connection frame 30 that mediates the lower pane border reinforcement portion 233 disposed in the center.

The wheel portion 70 is formed on the connecting frame 30 and may be located on the opposite side of the handle portion 60 with respect to the upper plate central reinforcement portion 131.

The wheel portion 70 is arranged to be spaced apart from the ground while the top frame 10 is parallel to the ground, and when the top frame 10 forms an angle of a certain range with the ground, it is in contact with the ground. You can touch the clouds by touching them.

The connection frame 30 may be provided with a mounting space forming portion 31 that is recessed to form a mounting space therein.

The handle portion 60 may include a length portion 61 inserted into the mounting space forming portion and a grip portion 63 formed at an end of the length portion 61 to form a space for the user to grip. You can.

The length portion 61 may be hidden in the mounting space forming portion 31 by sliding along the mounting space forming portion 31 or may be exposed to the outside from the mounting space forming portion 31.

In the above, the configuration and features of the present invention have been described based on the embodiments according to the present invention, but the present invention is not limited thereto, and various changes or modifications may be made within the spirit and scope of the present invention. It is obvious to those skilled in the art, and therefore, it is stated that such changes or modifications fall within the scope of the appended patent claims.

1: Pallet for forklift 10: Top frame
11: Top plate grid forming part 13: Top plate reinforcement part
15: Upper plate mounting part 20: Lower plate frame
21: lower plate grid forming part 23: lower plate reinforcement part
25: Lower plate mounting part 30: Connection frame
31: Mounting space forming part 40: Packing unit
41: Central packing part 43: 1-1 edge packing part
45: 1st-2 edge packing part 47: 2nd edge packing part
50: fixed unit 51: fixed connection part
53: fixed insertion part 55: fixed mediator
57: fixed floating part 60: handle part
61: length part 63: grip part
70: Wheel part

Claims (8)

In the forklift pallet that facilitates transportation of the load mounted on the top with a forklift,
A top frame having a plurality of through holes;
a lower plate frame disposed parallel to the upper plate frame and having a plurality of through holes;
A connecting frame connecting the upper frame and the lower frame and providing a space into which a forklift fork is inserted; and
It includes a packing unit that is mounted on the upper plate frame and restricts sliding of the load seated on the upper plate from the upper plate frame or is mounted on the lower plate frame and restricts sliding from the seated surface,
The top frame is,
An upper plate grid forming portion in which the center of the square frame is formed in a grid shape to form a plurality of through holes;
A top plate reinforcement portion formed along the center and edge of the top plate grid forming portion to reinforce the rigidity of the top plate grid forming portion, and
A top plate mounting portion is formed along the center and edge of the top grid forming portion and provides a mounting space for the packing unit to be mounted,
The lower frame is,
A lower plate grid forming portion in which the center of the square frame is formed in a grid shape to form a plurality of through holes;
A lower plate reinforcement portion formed along the center and edge of the lower plate grid forming portion to reinforce the rigidity of the lower plate grid forming portion, and
It is formed in the lower plate reinforcement portion and has a lower plate mounting portion that provides a mounting space for the packing unit to be mounted,
The connection frame is,
Mediating between the upper plate reinforcement and the lower plate reinforcement,
The upper plate mounting portion and the lower plate mounting portion do not overlap in the height direction,
The top plate reinforcement part,
A top plate central reinforcement portion formed at the center of the top plate grid forming portion, and
A top plate border reinforcement portion formed along an upper edge of the top plate grid forming portion,
The lower plate reinforcement part,
A lower plate central reinforcement portion formed at the center of the lower plate grid forming portion, and
It has a lower plate border reinforcement portion formed along the upper edge of the lower plate grid forming portion,
The packing unit is,
A central packing part mounted on the central reinforcement part of the top plate,
A 1-1 edge packing part mounted on the first top mounting piece on the top edge reinforcement part,
A 1-2 edge packing part mounted on the second top plate mounting piece on the top plate grid forming part, and
Provided with a second edge packing portion mounted on the lower plate mounting portion,
The upper plate edge reinforcement portion is formed with a upper plate through hole formed by penetrating,
A lower plate through-hole is formed through the lower plate border reinforcement portion,
When the forklift pallets are stacked, the 1-1 edge packing part is inserted into the lower plate through-hole of the forklift pallets stacked on top,
When forklift pallets are stacked, the second edge packing part is inserted into the upper through hole of the forklift pallets stacked below,
It is mounted on the upper plate grid forming portion and is connected to the lower side of the 1-2 edge packing portion inserted into the second upper plate mounting piece to prevent the 1-2 edge packing portion from being separated from the second upper plate mounting. It further includes a fixing unit,
The fixed unit is,
A fixed connection part detachably connected to the upper plate grid forming part,
A fixed insertion part inserted into the lower side of the second top plate mounting piece, and
Provided with a fixing mediator mediating the fixing connection portion and the fixing insertion portion,
The upper plate grid forming unit,
A pallet for a forklift, characterized in that it has a bottom recessed part that is recessed from the bottom and is formed in a shape corresponding to the fixing media part to provide a space for receiving the fixing media part.
delete delete delete According to paragraph 1,
The fixed connection part is,
It is mounted on a side mounting portion formed on a side of the upper plate grid forming portion, can be rotated while mounted on the side mounting portion, and is attached and detached from the side mounting portion in the form of a snap button,
The top plate mounting part,
It is formed so that the size of the cross section decreases toward the lower side, so that passage of the packing unit through it is restricted,
The 1-2 edge packing portion includes a packing mounting portion formed at the lower end,
The fixed insertion part,
It is formed on the upper surface and has an insertion mounting part that is attached and detached from the packing mounting part in a snap button format,
The fixed mediator,
A pallet for a forklift, characterized in that when the fixed connection part is mounted on the side mounting part and the insert mounting part and the packing mounting part are mounted, they are accommodated in the bottom recessed part.
According to paragraph 1,
The fixed insertion part,
It is formed on the lower surface and has an insertion part for a pallet fixing insertion part for another forklift and a detachment part that is detachable in the form of a snap button,
The fixed unit is,
It is formed between the fixing mediator and the fixed connection part, and is made of a fluid material, further comprising a fixed fluid part that allows tilting of the fixing mediator with respect to the fixed connection part,
The upper plate through hole and the lower plate through hole are,
It is formed in a square shape with rounded corners, and the length of the diagonal is larger than the width of the fixing mediator,
The fixed mediator,
It is formed so that the width gradually decreases toward the fixed insertion portion,
The first upper plate mounting piece is arranged to communicate with the lower plate through hole,
The lower plate mounting portion is arranged to communicate with the upper plate through hole,
The fixed unit is,
When separated from the upper plate frame, the second edge packing portion mounted on the lower plate mounting portion is pressed while inserted into the upper plate through-hole to facilitate separation of the second edge packing portion from the lower plate mounting portion,
When separated from the upper plate frame, the 1-1 edge packing portion mounted on the first upper plate mounting piece is pressed while being inserted into the lower plate through-hole, thereby attaching the first upper plate mounting piece to the 1-1 edge packing portion. A pallet for a forklift, characterized in that it is easy to escape from.
According to clause 6,
The second top plate mounting piece,
An inner peripheral surface that penetrates the upper plate grid forming part and is formed so that the width of the inner peripheral surface gradually decreases toward the lower side, and
Provided with a plurality of protrusions formed to protrude along the inner peripheral surface,
The 1-2 edge packing part,
It is inserted into the second top plate mounting piece by pressure fitting,
The plurality of protrusions are,
A pallet for a forklift, characterized in that rotation relative to the inner peripheral surface of the inserted 1-2 edge packing part is restricted.
According to paragraph 1,
Among the connection frames, a handle portion that is installed to be removable in the connection frame mediating the upper plate border reinforcement portion disposed at the center of the upper plate grid forming portion in the width direction and the lower plate border reinforcing portion disposed at the width direction center of the lower plate grid forming portion; and
It further includes a wheel portion formed on the connection frame and located on the opposite side of the handle portion with respect to the upper plate central reinforcement portion,
The wheel part,
When the top frame is parallel to the ground and is arranged to be spaced apart from the ground, and the top frame forms an angle of a certain range with the ground, it comes into contact with the ground and makes rolling contact,
The connection frame is,
It has a mounting space forming part that is recessed to form a mounting space therein,
The handle part,
A length part inserted into the mounting space forming part and
A grip portion formed at an end of the length portion to form a space for a user to grip,
The length part is,
A pallet for a forklift, characterized in that it can be slid along the mounting space forming part and hidden in the mounting space forming part, or exposed to the outside from the mounting space forming part.

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