KR20130054058A

KR20130054058A - The cargo loading pallet

Info

Publication number: KR20130054058A
Application number: KR1020110119853A
Authority: KR
Inventors: 설승욱
Original assignee: 현대중공업 주식회사
Priority date: 2011-11-16
Filing date: 2011-11-16
Publication date: 2013-05-24

Abstract

The present invention relates to a pallet for loading cargo, wherein the pallet is divided into two, one of the pallet is drawn in and out of the other pallet, and the pallet size is adjusted so that the pallet is reduced in size when loading a small amount of cargo. It is fixed in a state to provide a reduced pallet suitable for loading a small amount of cargo, and by placing the reduced pallet in the loading place to store the cargo, the pallet for loading cargo that can be efficiently operated even in the space of the loading place It is to provide.

Description

Pallet for Cargo Loading {THE CARGO LOADING PALLET}

The present invention relates to a pallet for loading cargo, and in particular, when one pallet divided into two pallets is slid along with guide grooves formed inside the other pallet to draw in and out, so that the cargo for loading is small. The present invention relates to a pallet for loading cargo provided by efficiently loading a pallet by placing a pallet in a loading space after loading a pallet onto a pallet while inserting one pallet of two divided pallets into the other pallet.

Conventionally, pallets, which are generally used in industrial complexes, have been manufactured in accordance with a generally unified standard to load cargo on one pallet and then place the pallet in a loading space with a forklift to store cargo.

However, when the cargo load is not large and the cargo load is small, the loading space of the pallet is large, and when the pallet is stored in the loading place, the space of the loading place is much larger than the cargo loading. There was a difficulty in securing wealth.

The pallet for cargo loading according to the present invention is configured in a state in which a pallet is divided into two and one pallet is pulled in and out of the other pallet so that a small amount of cargo is loaded in the space portion of the pallet when loading a small amount of cargo. Its purpose is to allow it to be scaled appropriately for wealth.

In addition, since the size of the pallet is adjusted to fit a small amount of cargo, the purpose of the space to occupy the pallet when the storage space is occupied by the small part of the place to efficiently utilize the space.

In the pallet for loading cargo according to the present invention, the pallet is divided into two, and one divided pallet is drawn into the other pallet. Guide grooves are formed in the inner wall of the panel to be pulled out and drawn out, and projections are formed on the inner wall of the panel of the pallet being drawn out and pulled out to be slid along the guide groove, and the pallet is withdrawn. The stepped end is formed at the end of the guide groove so as not to be detached from the pallet, and the compressed coil spring is inserted into the inner wall of the pallet so as not to be pulled out of the pallet in the pallet state. A binding hole is inserted into the compression coil spring, and a stepped portion is formed at the end portion of the binding hole to prevent detachment of the compression coil spring, and a side wall of a pallet into which a portion of the binding hole is inserted by elasticity of the compression coil spring. Achieved by forming a hole in the end wall of the side wall of the inserted pallet so that the inserted pallet can be fixed

In order to withdraw the fixed pallet, the binding sphere is drawn out from the hole formed in the wall of the pallet, and the compression coil spring is compressed by the pulling force of the binding sphere. In this state, two fasteners are divided into two pieces so that the pallet can be freely pulled out, two divided fasteners are hinged, and the hinge connector has a hole into which a hinge pin can be inserted. The hinge connector is formed in the other one hinge hinge connection portion is formed by the long hole is formed by the binding hole formed in the long hole is bent in the binding hole formed by the hole and then push the binding hole around the hinge pin to form the long hole The outer wall of the pallet with which the hinge connection part which forms the long hole is slightly spaced apart from the hinge connection part which formed the By engaging the role performed in the hole formed is formed to achieve.

The present invention provides a suitable pallet for loading a small amount of cargo by adjusting the size of the pallet by inserting one of the pallets into the rest of the pallet when the pallet is divided into two and a small amount of cargo for loading. In addition, by placing and storing the pallet adjusted to the loading size of the small amount of cargo there is an effect that can provide an efficient loading space of the loading place.

1 is a drawing of a pallet.
2 is a drawing of a pallet.
3 is retraction of the pallet. Figure of the operation state of the binding tool by withdrawal.
4, 5 is a detailed cross-sectional view showing the operating state of the binding sphere of FIG.
FIG. 6 is a cutaway cross-sectional view of AA ″ shown in FIG. 1; FIG.
FIG. 7 is a cutaway cross-sectional view of BB ″ shown in FIG. 2; FIG.

It will be described below with reference to the accompanying drawings.

1 and 2, the pallet 10 and the pallet 11 are divided so that the pallet 11 is pulled in and pulled out of the pallet 10. The panel 15 is integrally formed with the pallet 10 at a predetermined interval at the lower end, and the pallet 11 is integral with the pallet 11 with the panel 18 at a predetermined interval up and down. Of the pallet (11). At the time of withdrawal, binding holes 11a and 11b are provided to draw in and withdraw from holes 10a formed on the side of the pallet 10, and the compression coil springs 20 are provided at the binding holes 11a and 11b. It is in the inserted state.

In addition, the pallet 11 pulls in from the pallet 10. Due to the structure that is drawn out, when the pallet 11 is pulled out, the bottom part of the pallet 10 and the bottom part of the pallet 11 form a step with each other and are inclined in the direction of the pallet 11 to prevent the step. The pallet 10 is formed by forming protrusions 11c having a step length of the pallet 10 and the pallet 11 at one side bottom end and an upper end of the pallet, and forming receiving grooves 10b at one side of the pallet 10 above and below. When the pallet 11 is pulled out, the protrusions 11c do not cause the step of the pallets 10 and 11 so that the pallets 10 and 11 are horizontal to each other, and the pallet 11 is the pallet 10. When drawn into the protrusion (11c) is accommodated in the receiving groove (10b) by the smooth entry of the pallet (11) is drawn in of the pallet (11). This will compensate for the generation of steps due to withdrawal.

Retraction of pallet 11 from pallet 10. Looking at the operating state of the binding sphere (11a) (11b) when the extraction is made in more detail, as shown in Figure 3, when the pallet 11 is drawn into the pallet 10, the binding sphere (11a) 11b is a state that is completely inserted into the hole (10a) of the pallet 10, the compression coil spring 20 and the binding port (when the pallet 11 is drawn out of the pallet 10) Only a part of the 11a) is inserted into the hole 10a of the pallet 10, and the hinge connection part 12 and the binding hole 11b are completely exposed from the hole 10a of the pallet 10. The hinge connection portion 12 of the binding hole 11b is formed by bending the hinge connection portion 12 of the binding hole 11b at the hinge connection portion 12 of the hinge hole 12b by being rotated about the axis of the hinge pin 12a. 10) the wall near the hole 10a.

As described above, in the engagement of the fastener 11b, the configuration of the fasteners 11a and 11b will be described in detail. As shown in FIGS. 4 and 5, the fasteners 11a ( 11b) is composed of two fastening holes 11a and a fastening hole 11b divided into two, a hinge 13 is formed in the hinge connection portion 12 of the fastening holes 11a, and the hinge of the fastening holes 11b. The connection part 12 has a long hole 14 is formed so that the hinge pin 12a is inserted into the hole 13 and the long hole 14 so that the binding hole 11a and the binding hole 11b are hinged.

In addition, the binding holes 11a and 11b are fitted to the engaging portion J formed at the end of the binding hole 11a at one end of the compression coil spring 20 while being inserted into the compression coil spring 20. The other end of the spring 20 is stuck to the inner wall of the pallet 10 so that when the pallet 11 is drawn into the pallet 10, the binding holes 11a are caused by the elasticity of the compression coil spring 20. ) Into the hole (19b) formed near the groove (19a) of the pallet (11) and soon the binding hole (11a) and a part of the compression coil spring (20) of the pallet (11) The pallet 11 inserted into the hole 19a and drawn into the pallet 10 is in a fixed state.

In addition, when the pallet 11 is pulled out from the pallet 10, the binding holes 11a and 11b are drawn out so that the engaging portion J of the binding hole 11a compresses one end of the compression coil spring 20. As soon as the compression coil spring 20 and the binding port 11a are drawn out from the hole 19b of the pallet 10, the compression coil spring 20 and the binding port 11a are located in the groove 19a, thereby causing the pallet 11 to be drawn out and the binding port 11a. The hinge connection 12 of) 11b is in a state exposed from the hole 10a of the pallet 10.

In other words, the binding hole 11b is rotated about the hinge pin 12a and then the binding hole 11b is pushed in the direction of the hinge pin 12a, and the long hole 14 formed in the hinge connection part 12 of the binding hole 11b. As a result, the hinge connection portion 12 of the binding hole 11b takes a form spaced apart from the hinge connection portion 12 of the binding hole 11a at a predetermined interval by the hinge connection portion 12 of the binding hole 11b. The outer wall near the hole 10a of 10 is engaged.

The pallet 11 to be pulled out slides along the guide groove 16 formed on the inner wall of the panel 15 of the pallet 10 with the protrusion 19 formed at one end of the panel 18 and then the guide groove 16. Withdrawal of the pallet 11 is completed while being engaged at the step 17 formed at the end.

10,11: Pallet 10a: Hole
10b: receiving groove 11a, 11b: binding holes
11c: projection 12: hinge connection
12a: Hinge pin
13: hole 14: long hole
15: Panel 16: Information Home
17: step 18: panel
19: projection 19a: groove
19b: hole
20: compression coil spring J: locking part

Claims

In the cargo pallet for loading,
In and out of the pallet 10 divided into two pallets 10 and 11. A guide groove 16 formed on upper and lower inner walls of the panel 15 of the pallet 10 so that the pallet 11 to be drawn out can slide; Projections 19 formed on upper and lower outer walls of the panel 18 of the pallet 11 that slide along the guide grooves 16; A step 17 formed at one end of the guide groove 16 such that the protrusion 19 is slid along the guide groove 16 so that a latch can be made; Retraction of the pallet (11) from the pallet (10). Retracting through the hole 19b formed in one side of the pallet 11 while being inserted into the hole 10a formed in one side of the pallet 10 so that the locking and unlocking of the pallet 11 can be made at the time of withdrawal. Cargo pallet for loading, characterized in that consisting of the binding port (11a) (11b) to be taken out.

The method of claim 1,
The pallet 11 is retracted from the pallet 10 to the binding ports 11a and 11b. A compression coil spring 20 which provides elasticity to the binding holes 11a and 11b while being inserted into the binding holes 11a and 11b at the time of withdrawal; A hinge connection part 12 continuously formed at one side of the binding holes 11a and 11b where the binding holes 11a and 11b are hinged while being joined to each other by the hinge pins 12a; The hinge connection portion 12b of the hinge pin 12a and the hinge connection portion 12b of the binding hole 11b are connected to the hinge connection portion 12 of the binding hole 11b which induces a latch on the outer wall near the hole 10a of the pallet 10. A long hole 14 formed; A locking portion (J) formed continuously on the other side of the binding hole (11a) so that one end of the compression coil spring (20) can be locked; Cargo pallet for loading, characterized in that configured to include.

The method of claim 1,
In the vicinity of the hole 19b formed at one side of the pallet 11, the pallet 11 is pulled out from the binding port 11a and the compression coil spring 20 drawn out of the hole 19b when the pallet 11 is pulled out. Cargo pallet for loading, characterized in that the groove (19a) is formed so as not to interfere with the progress.