KR200469768Y1 - Wire Mesh Container - Google Patents

Abstract

The present invention is a bottom, the back and both sides, the front side is composed of a wire mesh, each wire mesh is combined with a wire binder, and can be folded up and down folding wire mesh container, more specifically the back wire mesh 30 At the bottom, a horizontal extension portion 31 is formed which extends horizontally at an interval greater than the thickness interval at which both side wire meshes 40 and 40 'are folded, and the end of the horizontal extension portion 31 is a bottom wire mesh. The rear wire mesh 30 is configured to be horizontally folded so as to be spaced apart by a distance of a horizontal extension portion on the bottom via mesh 20 by coupling with the wire binder 6 and the side wire mesh 40 ( 40 ') can be folded up and down with the back wire mesh 30 folded into the back wire mesh 30 to minimize the working radius for folding work and Feeding is excluded that has a feature in providing the excellent workability of the folded and stacked load, space utilization.

Description

Folding Wire Mesh Container {Wire Mesh Container}

The present invention is a bottom, back and both sides, the front side is composed of a wire mesh, each wire mesh can be folded by folding wire mesh container that can be folded up and down, more specifically, both sides at the bottom of the back wire mesh Since the side wire mesh of the room is formed with a horizontal extension at an interval larger than the folded thickness interval, and is joined by the bottom wire mesh and the wire binder, the side wire mesh on both sides of the back wire mesh is not rotated and folded outward as usual. It can be folded horizontally up and down and then folded horizontally to minimize the working radius for folding work and eliminates up and down interference when stacking up and down. It is about.

In general, a wire mesh container for loading various cargoes is a wire mesh welded with a wire mesh to form a receiving space therein by combining bottom, front, back and both sides.

Such wire mesh container can be stored by folding and stacking up and down to minimize the volume when not loading the cargo.

That is, in Patent Publication No. 2009-114755, a rear wire mesh is coupled to a rear wire mesh behind a bottom wire mesh fixed to a bottom frame, and a side wire mesh is coupled to both sides of the rear wire mesh with a wire binder, and the bottom wire The front wire mesh is joined to the front side of the mesh by a wire binder, so that the side wire mesh on both sides of the rear wire mesh is folded outwardly, and then the rear wire mesh, both side wire mesh, and the front side are placed on the bottom wire mesh. The wire mesh is folded to be stacked up and down.

In addition, the folded wire mesh container may be stacked up and down, and the seat grooves of the supporting members provided before and after the lower sides of the bottom wire mesh may be positioned at both upper and lower sides of the bottom wire mesh of the folded wire mesh container at a lower position. After that, it is to be stacked up and down in the form of seating on the mounting portion of the support member provided later.

However, the conventional wire mesh container has the following problems.

First, since the rear wire mesh and the bottom wire mesh are combined with the wire binder at the corner position to fold up and down, the two side wire meshes have no choice but to rotate and fold outwards instead of inward of the back wire mesh.

That is, since the side wire mesh on both sides of the back wire mesh can be rotated and folded outwardly from both sides of the back wire mesh as shown in FIG. 10, a working radius is required to be large, thereby reducing space efficiency.

In addition, there was a problem that folding work very inconvenient in a narrow space.

In addition, when the back wire mesh, the side wire mesh and the front wire mesh are folded up and down on the bottom of the bottom wire mesh, the wire mesh interferes with the wire binder, and thus the folding operation is inconvenient, and the wire mesh cannot be folded horizontally and the slope is not increased. Because of this, there is a problem in that the stacking operation is not easy because the vertical stacking occurs when the container is stacked up and down.

In addition, since the rear wire mesh, the side wire mesh and the front wire mesh are configured to combine the wires arranged at equal intervals in the vertical direction, the upper center part that is weak in the rigidity in each wire mesh when the goods are stacked or when the container is stacked is spread outward. There was a problem of deterioration in use durability caused by deformation.

The present invention has been invented to solve the above-mentioned problems of the prior art, by forming a horizontal extension at a distance larger than the thickness interval folded both side wire mesh at the bottom of the rear wire mesh combined with the bottom wire mesh and wire binder Therefore, the side wire mesh on both sides of the back wire mesh can be folded horizontally up and down after folding inward rather than rotating outwardly as in the prior art, thus minimizing the working radius for folding work and The purpose is to provide excellent folding and stacking workability and space utilization by eliminating vertical interference.

In addition, the present invention has a purpose to prevent the side wire mesh is rotated out of the outward direction by fixing the side stopper in the longitudinal direction on the upper side of both sides of the bottom wire mesh.

In addition, the present invention is arranged in the loading or lamination of the article by narrowing the center position of the upper portion than the lower side, the center of the wire mesh than the upper side, so that the center position of the rear wire mesh, the side wire mesh and the front wire mesh is stronger than the lower side, both sides Its purpose is to prevent the deformation of the upper center outwards during loading.

This invention combines the back wire mesh with a wire binder behind the bottom wire mesh fixed to the bottom frame, the side wire mesh is coupled with a wire binder on both sides of the back wire mesh, and the front wire in front of the bottom wire mesh. Combine the mesh with a wire binder, wherein the front wire mesh is divided into upper and lower wire meshes to combine the upper and lower wire meshes with a wire binder, and the upper and lower wire meshes are fixed or unlocked with side wire meshes and fixing members. In the folding wire mesh container,

The rear wire mesh has a horizontal extension portion extending horizontally at an interval greater than a thickness interval of at least two side wire meshes folded at a lower end thereof, and the end of the horizontal extension portion is joined to the bottom wire mesh with a wire binder to form the rear wire. The mesh is configured to be horizontally foldable to be spaced apart by an interval of a horizontal extension on the bottom via mesh so that the side wire mesh is folded up and down while the side wire mesh is folded into the back wire mesh.

In the lower part of the present invention, the front wire mesh is formed with a vertical extension extending vertically at intervals larger than the folded thickness gap between the rear wire mesh and the side wire mesh, and the front wire mesh is joined to the front end of the vertical wire end by a wire binder. It is characterized in that the wire mesh is configured to be horizontally folded so as to be spaced apart by a distance of a vertical extension on the bottom of the wire mesh.

The both sides of the bottom wire mesh of the present invention is characterized in that it is fixed to the side stopper for supporting the side wire mesh in the upper longitudinal direction to prevent the rotational deviation from the outside of the bottom wire mesh.

The back wire mesh, the side wire mesh and the front wire mesh of the present invention are characterized in that the distance between the upper and lower sides of the mesh wires is narrower and the center position is narrower than both sides so that the center position is firmer than the lower side and the middle side.

The present invention forms a horizontal extension portion at the bottom of the rear wire mesh at intervals larger than the folded thickness gap, thereby combining the bottom wire mesh and the wire binder so that the side wire mesh on both sides of the rear wire mesh is conventional. It can be folded horizontally up and down after folding inward instead of folding outward, minimizing the working radius for folding and eliminating up and down interference when stacking up and down. It is to have the effect of providing excellent properties.

In addition, by fixing the side stopper in the longitudinal direction on the upper side of both sides of the bottom wire mesh to prevent the side wire mesh is rotated out of the outward direction to have an effect of providing excellent efficiency of folding and deployment work will be.

In addition, the upper part of the rear wire mesh, the upper side of the side wire mesh and the front wire mesh, the center of the mesh wire is arranged in the upper position than the lower side, the center position than both sides so that the center position is firmer than the lower side, the upper side when loading the goods or lamination It is to have the effect of providing excellent use efficiency and durability by preventing the deformation of the center spread outward.

1 is a full perspective view of the present invention.
2 is a front view of the present invention;
3 is an enlarged front view of a portion “A” of FIG. 2;
4 is a plan view of the present invention;
5 is an enlarged plan view of a portion “B” of FIG. 4;
Figure 6 is a perspective view of the main portion of Figure 5 excerpt.
7 is a front view showing the lamination stack in the deployed state of the present invention.
Figure 8 is a front view showing the lamination stack in the folded state of the present invention.
9 is a folding flowchart of the present invention.
10 is a front view showing another embodiment of the present invention.
Figure 11 is a perspective view of the main portion showing a conventional folding operation.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The present invention folding wire mesh container is coupled to the back wire mesh 30 with a wire binder behind the bottom wire mesh 20 fixed to the bottom frame 10, as shown in Figure 1 to 9, the back Side wire meshes 40 and 40 'are combined with wire binders 3 and 3' on both sides of the wire mesh 30, and the front wire mesh 50 is wired in front of the bottom wire mesh 20. The front wire mesh 50 is divided into upper and lower wire meshes 51 and 52, and the upper and lower wire meshes 51 and 52 are bonded to the wire binder 5. The lower wire meshes 51 and 52 are configured to be fixed or released from the side wire meshes 40 and 40 'and the fixing member 55.

In particular, the rear wire mesh 30 forms a horizontal extension portion 31 extending horizontally at an interval at a distance larger than a thickness interval at which both side wire meshes 40 and 40 'are folded at the bottom thereof, and extending horizontally. The bottom wire mesh 20 and the wire binder 6 are coupled to each other by the end of the portion 31 so that the rear wire mesh 30 can be horizontally folded to be spaced apart by an interval of a horizontal extension on the bottom via mesh 20. It is configured to fold up and down the back wire mesh 30 in a state in which the side wire mesh 40, 40 ′ is folded into the back wire mesh 30.

In this case, the wire binder 6 has a function similar to a hinge, and is installed to be positioned inside the bottom frame 10 under the bottom wire mesh 20 to extend horizontally between the bottom wire mesh 20 and the back wire mesh. The mesh wires of the part 31 are coupled to stagger each other and are configured to be folded up and down.

In addition, a lower portion of the front wire mesh 50 forms a vertical extension portion 53 extending vertically at an interval larger than the thickness interval at which the rear wire mesh 30 and the side wire mesh 40 and 40 'are folded. By folding the front wire mesh 50 at the end of the vertical extension 53 with a wire binder 7, the front wire mesh 50 is horizontally folded so as to be spaced apart by a vertical extension on the bottom wire mesh 20. It is configured to be possible.

In this case, although the front wire mesh 50 is not shown in the drawings, the front wire mesh 30 is larger than the thickness gap at which the bottom wire mesh 30 and the side wire mesh 40 and 40 'are folded at the bottom thereof. Forming a horizontal extension that extends horizontally at intervals, the front wire mesh 50 is the horizontal extension of the horizontal wire on the bottom wire mesh 20 by combining the end of the horizontal extension with the bottom wire mesh 20 and a wire binder Of course, it can be configured to be horizontally spaced apart as much.

In addition, side stoppers 22 supporting both side surfaces of the bottom wire mesh 20 to prevent side wire meshes 40 and 40 'from rotating outwardly of the bottom wire mesh 20 along the upper longitudinal direction. It is configured by fixed installation.

In addition, support members 23 having both sides of the bottom wire mesh 20 have a protrusion 23b protruding from the top and a rear of the bottom wire mesh 20 and a mounting portion 23b extending horizontally from the protrusion. Fixing the installation, and fixedly installed before and after the lower support member 25, but the support member 25 is a seating groove 26 that is seated in the mounting portion (23b) of the support member 23 when stacked on the bottom It is formed.

In addition, the present invention, as shown in FIG. 10, the rear wire mesh 30, the side wire mesh 40 (40 ') and the front wire mesh 50 is meshed so that the central position is firmer than the upper side, both sides than the lower side The rear wire mesh 30 and the side wire mesh 40 (40) are formed at the time of loading or stacking the article by forming a wire dense part 70 having a spacing of the wires 2 arranged at a higher center than the bottom and narrower than the two sides. ') And the upper center of the front wire mesh 50 are configured to prevent flaring outward.

At this time, the back wire mesh 30, the side wire mesh 40 (40 ') and the front wire mesh 50 are located at the upper position divided into 1/2 and the center position divided into 1/3 by right and left. It is preferable to arrange the mesh wire 2 in a narrow ratio of 1.3 to 1.5: 1.

As the reference numeral 9, 9 denotes a name plate capable of displaying various kinds of information.

Next will be a look at the operation and action of the subject innovation configured as described above.

First, a process of folding the wire mesh container according to the present invention will be described with reference to FIG. 9. The fixing member fixed to the front wire mesh 50 and the side wire mesh 40, 40 ′ by a latch and a ring, etc. Unlock (55).

In this state, the side wire meshes 40 and 40 'are folded around the wire binders 3 and 3' coupled to the rear wire mesh 30 in an inward direction rather than an outward direction as in the prior art. do.

In other words, the side wire meshes 40 and 40 'are folded while minimizing the radius of rotation.

In this state, the side wire mesh 40, 40 ′ and the back wire mesh 30 are folded onto the bottom wire mesh 20.

At this time, the rear wire mesh 30 is the bottom end of the horizontal extension portion 31 which extends horizontally at an interval larger than the thickness interval at which both side wire meshes 40 and 40 'are folded at the bottom. ) And the back wire mesh 30 is rotated about the wire binder 6 so that the bottom wire mesh 30 is spaced apart by a distance of the horizontal extension 31 above the bottom wire mesh 20. It will be folded horizontally.

That is, side wire meshes 40 and 40 'and rear wire mesh 30 are folded horizontally on the bottom wire mesh 20.

In this state, the front wire mesh 50 is folded over the rear wire mesh 30.

In this case, a lower portion of the front wire mesh 50 is formed to form a vertical extension portion 53 extending vertically at an interval larger than the thickness interval at which the rear wire mesh 30 and the side wire mesh 40 and 40 'are folded. Since the front end of the vertical extension portion 53 and the front wire mesh 50 are coupled to the wire binder 7, the front wire mesh 50 is rotated about the wire binder 7 so that the rear wire mesh 30 is rotated. It is to be folded horizontally at a position spaced apart by the interval of the vertical extension portion 53 on the top.

In this manner, the side wire mesh 40, 40 ′, the back wire mesh 30, and the front wire mesh 50 are folded up and down in a horizontal state on the bottom wire mesh 20.

In addition, when the stacked wire mesh container is to be stacked and stacked, as shown in FIG. 8, the seating grooves 26 of the supporting base 25 installed in the front and rear positions on both lower sides of the bottom wire mesh 20 are shown. ), The container is stacked up and down in a form that is seated on the loading part 23b of the support member 23 installed at the front and rear positions on both sides of the bottom of the wire mesh 20.

In this case, the container is located on the bottom of the bottom wire mesh 20 is a wire binder 6 for coupling the bottom wire mesh 30 and the bottom wire mesh 20, the back wire mesh 30, the side wire mesh 40 Since the)) 40 'and the front wire mesh 50 are horizontally folded on the bottom wire mesh 20, the stacking operation is effectively provided by excluding mutual interference of containers stacked up and down.

In addition, when the wire mesh container folded as described above is to be deployed again, the front wire mesh 50, the back wire mesh 30, and the side wire mesh 40, 40 'are deployed in the reverse order of the folding order. In addition, the fixing member 55 fixed to the front wire mesh 50 and the side wire mesh 40, 40 'such as a bar and a ring is to be fixed.

At this time, when the side wire meshes 40 and 40 'are deployed, side stoppers 22 protrude along the longitudinal direction on both sides of the bottom wire mesh 20 so that the side wire meshes 40 and 40' are extended. ) To prevent it from escaping in the outward direction and to support in-place deployment.

Since the wire mesh container deployed as described above is provided with a wire binder 6 connecting the rear wire mesh 30 and the bottom wire mesh 20 to the bottom wire mesh 20 under the bottom wire mesh 20. Since it does not protrude to the outside, it does not get caught in folding or unfolding, and when the contents are loaded, the interference is excluded.

In addition, the present invention, as shown in Figure 10, the mesh wire (so that the central position is firmer than the upper side, both sides than the bottom of the back wire mesh 30 and the side wire mesh 40, 40 'and front wire mesh 50) Since the spacing of 2) forms a wire dense part 70 arranged in a narrower central position than the lower part and both sides, the back wire mesh 30 and the side wire which are relatively weak in supporting robustness when loading goods or when stacking containers are stacked. The upper centers of the meshes 40 and 40 'and the front wire mesh 50 are prevented from spreading outward.

In addition, the present invention is provided with a name plate 9 in the lower portion of the front and rear wire mesh 50, 30 as shown in Figs. 8 and 9 so that the name plate is folded when the container is folded or when the container is stacked. Since it is excluded from the part, even if it is container folding and container stacking state, the description of the name plate 9 can be easily identified by an operator.

10: bottom frame 20: bottom wire mesh
30: back wire mesh 3,3 ', 5,6,7: wire binder
40,40 ': side wire mesh 50: front wire mesh
51,52: upper and lower wire mesh
55: fixing member 53: vertical extension portion
31: horizontal extension part 22: side stopper

Claims (4)

The rear wire mesh 30 is bonded to the rear wire mesh 20 fixed to the bottom frame 10 by a wire binder, and the side wire meshes 40 and 40 'are disposed on both sides of the rear wire mesh 30. Coupled to the wire binder (3) (3 '), the front wire mesh 50 is bonded to the front of the bottom wire mesh 20 with a wire binder, the front wire mesh 50 is the upper and lower wire mesh ( The upper and lower wire meshes 51 and 52 are combined with the wire binder 5 by dividing the upper and lower wire meshes 51 and 52 into the side wire meshes 40 and 40 '. In the folding wire mesh container for fixing or releasing with the) and the fixing member 55,
The rear wire mesh 30 forms a horizontal extension portion 31 extending horizontally at a lower end at an interval greater than a thickness interval at which both side wire meshes 40 and 40 'are folded.
By coupling the ends of the horizontal extension part 31 to the bottom wire mesh 20 and the wire binder 6, the rear wire mesh 30 is horizontally spaced apart from the bottom via mesh 20 by a horizontal extension. A folding wire mesh container configured to be folded to fold up and down the back wire mesh (30) while the side wire mesh (40, 40 ') is folded into the back wire mesh (30).
The method of claim 1,
In the lower portion of the front wire mesh 50 is formed a vertical extension portion 53 extending vertically at an interval greater than the thickness interval folded back wire mesh 30 and the side wire mesh 40, 40 ',
By coupling the front wire mesh 50 to the ends of the vertical extension 53 with a wire binder 7, the front wire mesh 50 may be horizontally folded so as to be spaced apart by a vertical extension on the bottom wire mesh 20. Folding wire mesh container, characterized in that configured to.
The method of claim 1,
On both sides of the bottom wire mesh 20, side stoppers 22 supporting side wire meshes 40 and 40 ′ are prevented from rotating outwardly of the bottom wire mesh 20 along the upper longitudinal direction. Folding wire mesh container characterized in that the fixed installation.
The method of claim 1,
The rear wire mesh 30, the side wire mesh 40, 40 'and the front wire mesh 50 have a distance between the upper and lower sides of the mesh wire 2 so that the center position is firmer than the lower side and the central wire position than both sides. Folding wire mesh container, characterized in that formed by forming a wire tight portion 70 in a narrower center position.

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