WO2010090384A1

WO2010090384A1 - Pallet for transporting goods

Info

Publication number: WO2010090384A1
Application number: PCT/KR2009/004765
Authority: WO
Inventors: 이두순
Original assignee: 공간찬넬 주식회사
Priority date: 2009-02-06
Filing date: 2009-08-26
Publication date: 2010-08-12

Abstract

The present invention relates to a pallet structure for transporting goods, wherein a plurality of pallets are stably stacked in a vertical direction such that the pallets are prevented from moving, wherein each of the pallets is thin to remarkably reduce the space occupied by the pallets during use or storage, and wherein a wall frame is selectively and easily attachable/detachable in accordance with the type or volume of the goods being loaded, thus enabling a wide variety of goods to be loaded and transported in an efficient manner, thereby maximizing the efficiency of transporting goods.

Description

Cargo pallet

The present invention relates to a pallet for carrying cargo, and more particularly, a plurality of layers can be stacked upwards in a stable state in which a plurality of pallets do not flow, and the thickness of the pallet is relatively thin, thereby significantly reducing the space occupied during use or storage. In addition, the present invention relates to a pallet for transporting cargo, in which various types of cargo can be loaded and transported more efficiently while the wall frame is selectively and easily removed in consideration of the type or load of cargo to be loaded.

In general, pallets for loading and transporting cargo are formed in a flat plate shape with upper and lower surfaces so that the cargo can be loaded on the upper surface so that a relatively large quantity of cargo can be transported at a time to transport goods during logistics management. It is used to simplify the use.

These pallets are usually formed in the side of the insertion hole is inserted into the fork of the forklift is to be easily transported using the forklift. In addition, the pallet is used to combine the side plate member around the side to prevent the separation of the cargo through the open circumference in the process of transporting the loaded cargo, and at the same time to stack the pallet in the upward direction so that it can be transported at once. .

And, the side plate member is usually rotatably mounted on each side of the pallet is rotated so as to stand in use, it is formed to be stored again folded after use.

In addition, as another form of the side plate member, there is a form that is coupled to each side of the pallet only during use, and separately stored from the pallet after use. Accordingly, a flat iron which can fix the side plate member is installed around the pallet plate, and the side plate member is fixed while being supported on the side of the pallet by the flat iron.

However, in the case of the pallet in which the side plate member is rotatably coupled to the side as described above, the fixing force for supporting the standing state of the side plate member is relatively weak after the side plate member is raised. Accordingly, when a plurality of pallets are stacked in the upward direction while the cargo is loaded, the side plate members do not bear the load, causing damage to the coupling structure to the pallet side. In addition, when the cargo is loaded on the pallet while the side plate member is folded, the side plate member protrudes from the upper surface of the pallet in the folded state, and the load is interrupted, and the side plate member is rotated and erected during the transportation of the pallet. There is concern.

And, as described above, in the case of the pallet that the side plate member is detachably coupled to the side, there is a hassle to install the flat iron on the side of the pallet, when the pallet is arranged in the horizontal direction due to the flat iron on the side You will be disturbed. In addition, when a plurality of pallets are stacked in the upward direction while loading the cargo, respectively, a considerable load acts on the side plate member, and the load is transmitted to the flat iron on the side of the pallet, thereby combining the flat iron itself or the pallet side and the flat iron. Breakage occurs in the part, which results in the side plate member being separated from the side of the pallet.

In addition, a pallet (hereinafter referred to as a first pallet) to which the side plate member is rotatably integrally coupled, or a pallet to which a separate side plate member is detachably coupled (hereinafter referred to as a second pallet) may include a bottom part and a top plate of a foundation, and the like. The upper layer is stacked while occupying a separate space, and as a result, the overall thickness of the pallet becomes relatively thick. Accordingly, due to the volume of the pallet itself, it occupies a relatively large space during storage or loading of cargo, which reduces the efficiency of freight transportation and requires a large storage space in the process of storing and managing the pallet.

In addition, the first and second pallets do not have a means for preventing the flow of each pallet when a plurality of stacking in the upward direction, thereby making the stacking state of the pallets relatively unstable. As a result, the falling of some pallets may cause damage to surrounding facilities or damage to life. For this reason, the first and second pallets have to be stacked and stored at a very low height, which requires a relatively large space for storing the pallets, thereby reducing the efficiency of storage and transportation of logistics and at the same time, lowering economic efficiency.

The present invention is to overcome the above-mentioned conventional problems, an object of the present invention can be stacked up in a stable state in which a plurality of pallets do not flow, as a result of the stacking and transporting the cargo while layering a plurality of pallets Pallet can be stored to provide a pallet for cargo transportation that maximizes the efficiency of logistics transportation.

Another object of the present invention is to form a relatively thin overall thickness of the pallet, to have a small volume while occupying the space during use or storage is reduced and to load and transport a relatively large amount of cargo in a predetermined space It is to provide a pallet for transporting cargo.

It is still another object of the present invention to provide a pallet for transporting cargo that can be easily detachably coupled to a pivotable wall frame about a hinge on an upper part of the pallet.

And the present invention can store a large amount of pallets in a predetermined space in a state of minimizing the volume by stacking a plurality of pallet support brackets to the upper portion of the support bracket packet frosted in the rectangular corner of the pallet frame when the pallet is stored In addition, when using the pallet is another object to provide a pallet structure for transporting cargo to prevent the departure of the cargo in the process of loading or transporting the cargo on the pallet by easily combining the wall frame and the top cover.

In addition, another object of the present invention to provide a pallet structure for transporting cargo that can be loaded and transported more efficiently while selectively combining the wall frame in consideration of the type or load of cargo to be loaded through an easy operation. It is.

And the present invention is coupled to the bottom of the support brackets installed on each corner of the pallet frame of the pallet to prevent the wear of the support bracket when transporting the pallet frame of the pallet sliding from the ground, the pallet frame is easily slid from the ground Another object is to provide a pallet for transporting cargo that can be transported by air.

In order to achieve the above object, the freight transport pallet according to the present invention is a freight transport pallet,

Pallet frame 100 and the both ends are coupled in a plate shape to form a rectangular shape;

A support bracket (200) installed at an edge of the pallet frame (100) to support a lower portion of the edge;

A wall frame (300) inserted into and coupled to the pallet frame (100) and the support bracket (200);

It is coupled to the upper portion of the wall frame 300, characterized in that it comprises an upper cover 400 for opening and closing the upper portion of the wall frame (300).

And the pallet frame 100 is bent from the upper side to the inner side is provided with a bending plate 111 extending downwards, the frame body 110 is provided with a support plate 112 extended to be bent inward from the lower end and ;

A support bar 120 coupled to the base plate 112 on the base plate 112 of the frame body 110;

Both side ends are coupled to the inner surface of the support bar 120 in a lattice shape, the upper end of both sides protrudes higher than the support bar 120 and the reinforcing bar 130 is provided with a locking jaw (131);

The edge is bent downward and includes a top plate 140 coupled to the upper portion of the reinforcement bar 130.

In addition, the support bracket 200 includes a bracket body 210 bent in a L-shape;

A bent part (220) extending inclined upward inward to an upper portion of the bracket body (210);

A support protrusion 230 protruding upward at an upper end of the bent portion 220;

A support hole 240 is coupled to the lower portion of the bracket body 210.

In addition, the wall frame 300 is provided with a first side wall frame 312 coupled to the first panel 311 in the center, the second panel 313 is coupled to the center of the first side wall frame 312 A first wall frame 310 having a second side wall frame 315 coupled to the first hinge 314 to be rotatable to one side;

A third side wall frame 322 having a third panel 321 coupled to the center is provided, and a fourth hinge 323 coupled to the center thereof so as to be rotatable to one side of the third side wall frame 322. A fourth side wall frame 325 coupled to 324 is provided so that both sides of the third side wall frame and the fourth side wall frame are coupled to both sides of the first side wall frame 312 and the second side wall frame 315, respectively. The second wall frame 320 is included.

In addition, the upper cover 400 has a rectangular cover frame 410;

A cover panel 420 coupled to the inside of the cover frame 410;

A coupling protrusion 430 protruding downward from an edge lower end of the cover frame 410;

It includes an insertion protrusion 440 protruding downward in the lower portion of the coupling protrusion 430.

Meanwhile, the support hole 240 of the support bracket 200 extends inclined outward to two edges connected at right angles among the rectangular frame edges of the plate-shaped support body 241, and the support protrusions 242 having the end portions bent in a ∪ shape are provided. The fixing protrusion 243 protrudes vertically from the upper end of the base protrusion 242.

In addition, the first wall frame 310 of the wall frame 300 is vertically penetrated up and down at regular intervals on the outer surfaces of the first side wall frame 312 and the second side wall frame 315 to insert the first insertion hole 316a. ) Is provided with a plurality of first fasteners 316, the center of the upper and lower sides of the side wall frame (312, 315) of one of the first side wall frame (312) and the second side wall frame (315) A second fixing hole 317 is provided to which the second insertion hole 317a is penetrated and the upper cover 400 is coupled.

In addition, the second wall frame 320 of the wall frame 300 is a fastening protrusion 326a protruding downwardly at a predetermined interval up and down on the outer surfaces of the third side wall frame 322 and the fourth side wall frame 325. A plurality of fasteners 326 are provided, and a center is vertically penetrated up and down on an outer surface of one

side wall frame

322 or 325 of the third side wall frame 322 and the fourth side wall frame 325. A third fixing hole 327 is provided to which the third insertion hole 327a is provided to which the upper cover 400 is coupled.

On the other hand, an insertion groove 326b to which the upper cover 400 is coupled to an upper center of the first fastener 326 provided at an upper position among the plurality of first fasteners 326 is provided.

The cargo transport pallet of the present invention configured as described above may be stacked up in a stable state in which a plurality of pallets do not flow, and as a result, a plurality of pallets may be stacked and transported while storing a pallet or store a pallet. Efficiency has the effect of maximizing.

In addition, the present invention is formed in a form in which the overall thickness of the pallet is relatively thin, so that the pallet has a relatively small volume, the space occupied during its use or storage is reduced, and a relatively large amount of cargo can be loaded and transported in a predetermined space. It has an effect.

In addition, another effect of the present invention can be easily coupled to the wall frame and the upper cover to the pallet has the effect of significantly shortening the loading and transport work time of the cargo.

And when the pallet is stored, a large number of pallets can be stored in a predetermined space in a state in which the volume is minimized by stacking a plurality of pallet support brackets on the pallet's support bracket, and when using the pallet, the wall frame and the upper part of the pallet are used. The cover is easily coupled to prevent the departure of the cargo in the process of loading or transporting the cargo on the pallet.

In addition, the pallet of the present invention can be efficiently loaded and transported a variety of cargoes while selectively combining the wall frame in consideration of the type or load of cargo to be loaded through an easy operation.

And the present invention is coupled to the bottom of the support brackets installed on each corner of the pallet frame of the pallet to prevent the wear of the support bracket when transporting the pallet frame of the pallet sliding from the ground, the pallet frame is easily slid from the ground There is an effect that can be transferred to.

1 is an exemplary view showing a pallet for transporting cargo according to the present invention.

Figure 2 is an exemplary view showing a separated state of the pallet for transporting cargo according to the present invention.

Figure 3 is an exemplary view showing a pallet frame and a top plate separated state of the pallet for cargo transport according to the present invention.

4 is an exemplary view showing a pallet frame of a pallet for transporting cargo according to the present invention.

5 is an exemplary view showing a coupled state of the pallet frame and the support bracket of the pallet for cargo transport according to the present invention.

6 is an exemplary view showing a wall frame of a pallet for transporting cargo according to the present invention.

Figure 7 is an exemplary view showing a first wall frame of the wall frame of the cargo transport pallet according to the invention.

8 is an exemplary view showing a second wall frame of the wall frame of the pallet for transporting cargo according to the present invention.

Figure 9 is an exemplary view showing a top cover of the pallet for transporting cargo according to the present invention.

10 is an exemplary view showing a state in which the wall frame of the cargo transport pallet according to the present invention is rotated around the hinge.

Figure 11 is an exemplary view showing a cross section of the pallet frame and the support bracket, the wall frame of the cargo transport pallet according to the invention.

12 is an exemplary view showing a state in which a pallet for transporting cargo according to the present invention is stacked.

Figure 13 is an exemplary view showing a cross section of a state in which the pallet for transporting cargo according to the present invention is stacked.

14 is an exemplary view showing a state of use of the pallet for transporting cargo according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention.

As shown, the pallet for transporting cargo according to an embodiment of the present invention is largely composed of a pallet frame 100, a support bracket 200, a wall frame 300, the upper cover 400.

First, the pallet frame 100 will be described. As shown in FIG. 3 and FIG. 4, the pallet frame 100 is a pallet frame 100 having both ends coupled to a plate shape to form a rectangular shape. The bending plate 111 is bent inwardly from the upper portion of the frame body 110 to extend downward, and the lower end portion of the frame body 110 is provided with a support plate 112 extending to bend inwardly.

And the support plate 120 is provided on the upper support plate 112 of the frame body 110 is coupled along the support plate 112, both sides are coupled to the inner surface of the support bar 120 in a grid shape, The upper end of both sides protrudes upward from the support bar 120 is provided with a reinforcing bar 130 having a locking step 131.

In addition, the upper plate 140 is bent to the upper edge of the reinforcement bar 130 is coupled.

Meanwhile, the support brackets 200 installed at the corners of the pallet frame 100 to support the lower ends of the pallet frames 100 are upper portions of the bracket body 210 that are bent in an L shape as shown in FIGS. 1 to 3 and 5. The bent portion 220 is provided to be inclined upwardly upward in the upper portion, the upper end of the bent portion 220, the support protrusion 230 is protruded upwards, the support hole 240 in the lower portion of the bracket body 210 Is combined.

At this time, the support hole 240 of the support bracket 200 is extended to be inclined outward to the two edges connected at right angles of the rectangular frame of the plate-shaped support body 241 is provided with a support protrusion 242, the end of which is bent in a ∪ shape. The fixing protrusion 243 protrudes vertically from the upper end of the base protrusion 242.

In addition, the wall frame 300 inserted into and coupled to the pallet frame 100 and the support bracket 200 has a first side wall having the first panel 311 coupled to the center as shown in FIGS. 6 to 8. A frame 312 is provided, and a second side wall frame 315 coupled to the first hinge 314 to be rotatable to one side of the first side wall frame 312 is coupled to the second panel 313 at the center thereof. The first wall frame 310 is provided.

In addition, the first wall frame 310 of the wall frame 300 is vertically penetrated up and down at regular intervals on the outer surface of the first side wall frame 312 and the second side wall frame 315, the first insertion hole (316a) ) Is provided with a plurality of first fasteners 316, the center of the upper and lower sides of the side wall frame (312, 315) of one of the first side wall frame (312) and the second side wall frame (315) The second fixing hole is provided with a second insertion hole 317a through which the insertion protrusion 440 protruding downward is coupled to the lower portion of the coupling protrusion 430 provided at the bottom edge of the cover frame 410 of the upper cover 400. 317 is provided.

In addition, a third side wall frame 322 having a third panel 321 coupled to the center is provided, and a fourth panel 323 is coupled to the center so as to be rotatable to one side of the third side wall frame 322. A fourth side wall frame 325 coupled with a hinge 324 is provided so that both sides of the third side wall frame and the fourth side wall frame are coupled to both sides of the first wall frame 312 and the second side wall frame 315, respectively. The second wall frame 320 is provided.

At this time, the second wall frame 320 of the wall frame 300 is a fastening protrusion 326a protruding downwardly at regular intervals up and down on the outer surfaces of the third side wall frame 322 and the fourth side wall frame 325. Is provided with a plurality of first fasteners 326, the center of the upper and lower sides of the side wall frame (322, 325) of one of the second wall frame 322 and the fourth side wall frame (325) The third insertion hole 327a is provided to be coupled to the insertion protrusion 440 protruding downward from the bottom of the coupling protrusion 430 provided at the bottom edge of the cover frame 410 of the upper cover 400 Three fasteners 327 are provided.

In addition, the upper cover 400 coupled to the upper part of the wall frame 300 to open and close the upper part of the wall frame 300 has a cover panel 420 inside the rectangular cover frame 410 as shown in FIG. 9. Is coupled, the bottom of the edge of the cover frame 410, the coupling protrusion 430 protrudes downward, the lower portion of the coupling protrusion 430, the insertion protrusion 440 protrudes downward.

In this case, the first panel 311 and the second, third, and

fourth panels

313, 321, and 323 may be made of a transparent material or an opaque material, and may be made of synthetic resin and metal such as plastic that is not damaged by an external impact. Can be carried out.

Such a pallet for transporting cargo first combines the frame body 11 and the bracket body 210 by bringing the support bracket 200 and the bracket body 210 into close contact with the inner surface of each side of the frame body 11 of the pallet frame 100. do.

At this time, it is preferable that the frame body 110 and the bracket body 210 are firmly coupled by a method such as welding so as not to be separated from each other.

As shown in FIG. 3, both sides of the grid-shaped reinforcement bar 130 are located inside the frame body 110 of the pallet frame 100 in which the support brackets 200 are fixed to the outside of each corner of the frame body 110 as described above. The support bar 120 fixed to the end is installed so as to be located on the upper support plate 112 extending inward from the lower end of the frame body (110).

And the upper portion of the reinforcing bar 130 is installed on the top plate 140 is bent to the lower edge.

At this time, the edge of the upper plate 140 bent to the bottom is installed in close contact with the outer surface of the engaging projection 131 protruding upward from the support bar 120 on both side ends of the reinforcement bar 130, the upper plate 140 is reinforced It is prevented from moving from the top of the bar 130 to maintain a fixed state.

Meanwhile, the first wall frame 310 and the second wall frame 320 of the folded wall frame 300 are formed with the first side wall frame 312 and the third wall around the first hinge 314 as shown in FIG. 10. The second side wall frame 315 is rotated to form a right angle, and the second hinge 324 such that the third side wall frame 322 and the fourth side wall frame 325 of the second wall frame 320 forms a right angle in the same manner as described above. Rotate around.

In this case, a second fixing tool having a second insertion hole 317a having a center penetrated up and down on an outer surface of one of the side wall frames 312 and 315 of the first side wall frame 312 and the second side wall frame 315. 317 is provided so that the first side wall frame 312 and the second side wall frame 315 are not rotated more than at right angles.

And a third fixture having a third insertion hole 327a having a center penetrated up and down on an outer surface of one of the third side wall frame 322 and the fourth side wall frame 325. 327 is provided so that the third side wall frame 322 and the fourth side wall frame 325 are also not rotated at right angles or more.

And the wall frame 300 rotated to form a right angle as described above is up and down on the outer surface of the first side wall frame 312 and the second side wall frame 315 of the first wall frame 310 as shown in FIG. The first insertion hole 316a of the plurality of first fixing tools 316 provided at regular intervals is fixed up and down on the outer surface of the third side wall frame 322 and the fourth side wall frame 325 of the second wall frame 320. The fastening protrusions 326a protruding downward are coupled to the lower parts of the fasteners 326 protruding a plurality of intervals.

At this time, the third side wall frame 322 and the fourth side wall frame 325 of the second wall frame 320 of the first side wall frame 312 and the second side wall frame 315 of the first wall frame 310 The fastening protrusion 326a of the fastener 326 is coupled to the first insertion hole 316a of the first fixing tool 316 while being transferred from the top to the bottom.

As described above, the third side wall frame 322 and the fourth side wall frame 325 of the second wall frame 320 are connected to the first side wall frame 312 and the second side wall frame 315 of the first wall frame 310. After coupling both ends of the side wall to each other, as shown in FIG. 11, the lower portion of the first wall frame 310 and the second wall frame 320 of the wall frame 300 is the frame body 110 of the pallet frame 100. ) And the upper and lower portions of the pallet frame 100 to be inserted into the bracket body 210 of the support bracket 200.

That is, the first and second side wall frames 312 and 315 of the first wall frame 310 and the third and fourth side wall frames 322 and 325 of the second wall frame 320 are lower than the frame of the pallet frame 100. The upper end of the body 110 is bent inward to insert the end of the bending plate 111 extending downward.

The first, second, and third side wall frames 312, 315, 322, and 325 of the first and second wall frames 310 and 320 are inserted into the frame body 110 of the pallet frame 100 as described above. The lower end is inserted between the bending plate 111 of the frame body 110 and the engaging jaw 131 of the reinforcement bar 130, that is, between the edges of the upper plate 140 and is provided at both ends of the reinforcement bar 130. Is supported on top of 120.

As described above, after the first wall frame 310 and the second wall frame 320 of the wall frame 300 are coupled to the pallet frame 100, the first wall frame 310 and the second wall frame 320 The first wall frame 310 and the second wall frame 320 to seal the upper portion of the first wall frame 310 and the second wall frame 320 after loading the cargo to be transported to the upper plate 140. The upper cover 400 is coupled to the top of the).

Meanwhile, as described above, after the first wall frame 310 and the second wall frame 320 of the wall frame 300 are coupled to the pallet frame 100, cargoes may be loaded therein. In contrast, the pallet frame 100 After loading the cargo on the upper plate 140, the first wall frame 310 and the second wall frame 320 of the wall frame 300 may be installed on the pallet frame 100.

The installation order of such a wall frame 300 can be carried out by selecting an appropriate method according to the load to be loaded and the place.

The wall frame 200 is installed on the pallet frame 100 as described above, and after the cargo is loaded on the upper plate 140, the upper cover 400 is transferred from the upper part of the wall frame 300 to the lower part of the cover frame ( The second insertion hole 317a provided at the center of the second fixing tool 317 of the first wall frame 310 with the insertion protrusion 440 protruding downwardly below the coupling protrusion 430 provided at each corner of the 410. ) And an upper portion of the fastener 326 of the second wall frame 320 while being coupled to be inserted into the third insertion hole 327a provided in the center of the third fixing tool 327 of the second wall frame 320. The insertion protrusions 440 are coupled to the insertion grooves 326b provided at the respective insertion grooves 326b.

As described above, the first and second wall frames 310 and 320 of the wall frame 300 are coupled to the upper portion of the pallet frame 100, and the upper cover coupled to the upper portions of the first and second wall frames 310 and 320. When the pallet frame 100 is transported, the cargo inside of the cargo flows out to the outside by maintaining the combined state without being separated from the upper part of the first and second wall frames 310 and 320, even when the impact is applied from the outside. Will be prevented.

Meanwhile, the cover panel 420 coupled to the inside of the cover frame 410 of the upper cover 400 is also made of a transparent or opaque material like the first, second, third, and

fourth panels

311, 313, 321, and 323. Of course you can.

As described above, the pallet frame 100 loaded with cargo is transported to a transport machine such as a forklift truck as shown in FIG. 14.

At this time, the lower end of the support plate 112 provided in the lower frame body 110 of the fretting frame 100 is located above the lower end of the bracket body 210 of the support bracket 200 and can be easily transported to the transport machine. have.

On the other hand, if necessary, when transporting the pallet frame 100 in a sliding manner without using a transport machine as described above, the lower end of the support bracket 200 coupled to each corner of the frame body 110 of the pallet frame 100 The fixing protrusions 243 vertically protruding at the upper end of the supporting protrusions 242 extending inclined outwardly to the two edges connected at right angles among the square frame of the plate-shaped support body 241 in the shape of the plate are brackets. A support hole 240 fixed to an outer surface of the body 210 is provided so that the support protrusion 242 bent in the U-shape slides on the ground and can easily carry the pallet frame 100.

And the support hole 240 is coupled to the lower end of the bracket body 210 of the support bracket 200 is the bracket body 210 of the support bracket 200 when carrying the pallet frame 100 in a sliding manner from the ground as described above ) Will be prevented from being worn, and even if there is a protrusion on the ground to facilitate the pallet frame 100 to be transported.

When the cargo is loaded on the pallet frame 100 as described above, the wall frame 300 and the upper cover 400 are easily installed along the four circumferences of the pallet frame 100 to remove the cargo during the pallet frame 100 transportation process. After using the pallet frame 100, the wall frame 300 and the upper cover 400 may be easily separated from the pallet frame 100 and stored.

In other words, since the wall frame 300 and the upper cover 400 are detachably coupled to the pallet frame 100, when the pallet frame 100 is stored, the support bracket is shown in FIGS. 12 and 13. The support body 241 of the support hole 240 coupled to the lower portion of the 200 is supported by the support protrusion 230 protruding upward on the bracket body 210 of the support bracket 200 located at the bottom A plurality of pallet frames 100 are stacked to minimize the volume thereof so that a relatively large amount of pallet frames 100 can be stored in a predetermined space.

In addition, the cargo is loaded on the pallet frame 100 so that other cargo is loaded on the cover frame 410 of the upper cover 400 coupled to the first and second wall frames 310 and 320 of the wall frame 300. A plurality of pallet frames 100 may be stacked.

At this time, the support body body 241 of the support hole 240 coupled to the lower support bracket 200 is stacked on the upper side of the cover frame 410 of the upper cover 400 while supporting a plurality of pallet frame 100 It can be laminated.

As described above, the plurality of pallet frames 100 may be stacked upwards in a stable state, which does not flow, and thus, the plurality of pallet frames 100 may be stacked and transported while layered layers are stacked. In other words, after loading a large amount of cargo in a plurality of pallet frame 100 stably, it can be transported at a time to maximize the efficiency of logistics transport.

Since the wall frame 300 and the upper cover 400 are detachably assembled to the pallet frame 100 as described above, the wall frame 300 is considered in consideration of the kind or load of cargo loaded on the pallet frame 100. 300 and the upper cover 400 is selectively coupled to the pallet frame 100 can be loaded and transported a variety of cargo more efficiently.

What has been described above is not limited to one embodiment for carrying out a pallet for transporting cargo according to the present invention, and the present invention is not limited to the above-described embodiment, and as claimed in the following claims deviates from the gist of the present invention. Without this, anyone skilled in the art to which the present invention pertains will have the technical spirit of the present invention to the extent that various modifications can be made.

Claims

In the pallet for cargo transportation,

Pallet frame 100 and the both ends are coupled in a plate shape to form a rectangular shape;

A support bracket (200) installed at an edge of the pallet frame (100) to support a lower portion of the edge;

A wall frame (300) inserted into and coupled to the pallet frame (100) and the support bracket (200);

Combined to the upper portion of the wall frame 300 Cargo transport pallet, characterized in that it comprises an upper cover 400 for opening and closing the upper portion of the wall frame (300).
According to claim 1, The pallet frame 100 is bent from the top to the inner side is provided with a bending plate 111 extending end is downward, the frame provided with a support plate 112 extended to be bent inward from the lower end Body 110;

A support bar 120 coupled to the base plate 112 on the base plate 112 of the frame body 110;

Both side ends are coupled to the inner surface of the support bar 120 in a lattice shape, the upper end of both sides protrudes higher than the support bar 120 and the reinforcing bar 130 is provided with a locking jaw (131);

Carriage pallets characterized in that it comprises a top plate 140 is bent downward to be coupled to the upper portion of the reinforcement bar (130).
The method of claim 1, wherein the support bracket 200 is bracket body 210 bent in the shape of the L-shaped;

A bent part (220) extending inclined upward inward to an upper portion of the bracket body (210);

A support protrusion 230 protruding upward at an upper end of the bent portion 220;

Cargo carrying pallet, characterized in that it comprises a support port 240 is coupled to the lower portion of the bracket body (210).
According to claim 1, The wall frame 300 is provided with a first side wall frame 312 coupled to the first panel 311 in the center, the second panel 313 is coupled to the center of the first side wall A first wall frame 310 having a second side wall frame 315 coupled to the first hinge 314 to be rotatable to one side of the frame 312;

A third side wall frame 322 having a third panel 321 coupled to the center is provided, and a fourth hinge 323 coupled to the center thereof so as to be rotatable to one side of the third side wall frame 322. A fourth side wall frame 325 coupled to 324 is provided so that both sides of the third side wall frame and the fourth side wall frame are coupled to both sides of the first wall frame 312 and the second side wall frame 315, respectively. A cargo transport pallet comprising a second wall frame (320).
The method of claim 1, wherein the upper cover 400 and the rectangular cover frame (410);

A cover panel 420 coupled to the inside of the cover frame 410;

A coupling protrusion 430 protruding downward from an edge lower end of the cover frame 410;

Cargo carrying pallet, characterized in that it comprises an insertion protrusion 440 protruding downward in the lower portion of the coupling protrusion (430).
According to claim 3, wherein the support hole 240 of the support bracket 200 extends inclined outwardly to the two edges connected at right angles of the square frame of the support plate body 241 of the plate-like support end bent in the shape of ∪ (242) is provided, the pallet for transporting cargo, characterized in that the fixing projections 243 protruding vertically proximal to the upper end of the support projections (242) is provided.
The center of the first wall frame 310 of the wall frame 300 is vertically penetrated vertically through the outer surface of the first side wall frame 312 and the second side wall frame 315 at regular intervals. A plurality of first fixing tools 316 having a first insertion hole 316a is provided, and an upper side of the sidewall frames 312 and 315 of one of the first side wall frame 312 and the second side wall frame 315 is provided. A second transport hole (317a) having a center penetrated up and down at a center thereof is provided with a second fastener (317) to which the upper cover (400) is coupled.
According to claim 4, The second wall frame 320 of the wall frame 300 is protruded downward in the bottom at regular intervals up and down on the outer surface of the third side wall frame 322 and the fourth side wall frame 325 A plurality of fasteners 326 having fastening protrusions 326a are provided, and a center is formed on an outer surface of one side wall frame 322 or 325 of the third side wall frame 322 and the fourth side wall frame 325. The third insertion hole 327a which is penetrated up and down is provided, and a cargo fastening pallet is provided with a third fixing tool 327 to which the upper cover 400 is coupled.
The method of claim 8, wherein the insertion groove 326b to which the upper cover 400 is coupled to the upper center of the first fastener 326 provided in the upper position of the plurality of first fasteners 326 is provided A pallet for carrying cargo, characterized in that.