KR20150129374A

KR20150129374A - Half folded type display stand

Info

Publication number: KR20150129374A
Application number: KR1020140056261A
Authority: KR
Inventors: 박종국; 김은석
Original assignee: 박종국
Priority date: 2014-05-12
Filing date: 2014-05-12
Publication date: 2015-11-20

Abstract

SUMMARY OF THE INVENTION It is an object of the present invention to provide a new type of semi-folding type paper display stand which can be assembled more easily and has excellent durability at the time of merchandise display.
According to the above object, the present invention provides a semi-folding paper shelf, wherein the folding direction is to fold the vertical partitions, which are the skeleton of the front part and the front part, in the folding direction.
According to the present invention, since a large amount of water can be loaded during transportation, the distribution cost is reduced to 1/4, and it is easy to unfold and assemble, and there is a large storage space due to the vertical partition and excellent durability.

Description

{HALF FOLDED TYPE DISPLAY STAND}

The present invention relates to a display shelf, and more particularly, to a method of manufacturing and handling a display shelf that is temporarily installed for promoting, selling or discounting merchandise in a large-scale shopping mall.

The shelves that are set up for promotional activities in large marts or shops adjacent to the roadside are used for a limited time, so they are mostly made of paper boxes. The shelf made of paper box is eco-friendly, light and easy to handle. These shelves should be durability to some extent and should have space for advertising copy. Therefore, the structure of the shelf has a panel part such as a receiving part, which can store the goods, and a bulletin board, on which the advertisement copy is placed. The shelves of these structures have been shipped to the place of purchase as a conventional finished product. Since it is a paper box, when the flat panel in the developed state is delivered to the place of purchase, it is necessary to fold the developed view and complete the assembly with the display stand. Since the process is not easy for the general public, the finished product is being delivered.

The above-mentioned finished product is in a steric state and its volume is considerably large, thus increasing the transportation cost. In other words, most of the shelves are 1.5m ~ 1.8m in height, and the width and height of the bottom is 1m, so only about 40 pieces can be mounted on 5t trucks, so logistics costs are very high.

In order to solve such a problem, if it is transported in a developed state, it takes a long time to be assembled by a person who is not an expert, as described above, and it may be broken during assembly, which causes another problem.

Korean Patent Laid-Open Publication No. 10-2014-0021319 discloses a structure in which a horizontal force is applied to a shelf so as to fold a section through a parallelogram in a straight line in order to solve the above-mentioned problem.

However, such a folding shelf has to be folded into the box portion where the article is placed, and when folded, the assembly state of this portion should be dismantled and folded. Also, to install the display stand for exhibition, the box part should be assembled individually. Therefore, it is not very efficient from the viewpoint of convenience of assembly, and there is a risk of breakage during assembly.

Accordingly, it is an object of the present invention to provide a new type of semi-folding type paper display stand which can be assembled more easily and has excellent durability at the time of merchandise display.

According to the present invention,

back side;

Left and right side faces extending from both ends of the rear face toward the front side;

And a line connected to the right and left side surfaces to form a storage unit for storing the article,

And a vertical partition that is vertically cross-coupled with the line and extends up and down from the center line of the line,

The rear face has a rear connecting wire which is press-folded so as to be folded at its center,

Wherein the center line of the line has a first fold line which can be folded so as to be folded and a first fold line extending from the first fold line,

Wherein the vertical partition has a second section cut across a portion of the partition surface such that the first line portion is perpendicularly cross-coupled to the vertical section to couple the first section of the first section of the section with the second section of incision Assembled to form a paper shelf,

The paper shelf includes:

The rear contact wire is pulled backward to be folded,

Wherein the vertical partition is pulled upward or downward so that the line is folded so as to be in contact with the vertical partition surface, so that the vertical partition can be folded into a two-dimensional plane.

Further, according to the present invention,

back side;

Wherein the lines on the left and right sides of the vertical partition are formed as separate surfaces and the respective surfaces are joined to the vertical partition to form a paper shelf,

The paper shelf includes:

The rear contact wire is pulled backward to be folded,

Further, the present invention is characterized in that the above-mentioned paper shelf further comprises a line,

Wherein the added line is formed as a separate surface on the right and left sides of the vertical partition, and each surface is arranged to be joined to the vertical partition.

In addition, the present invention provides a paper display stand characterized in that a plurality of lines are provided and the storage space is provided in multiple layers.

Further, the present invention is characterized in that the rear surface includes a semi-incision surface having a incision surface including a line segment in a horizontal direction, the incision surface excluding a line segment being incised and vertically foldable with respect to the rear surface, Wherein the position of the line segment on the semi-incision plane is coincident with the line on the back and the back side of the line has a complementary velcro surface corresponding to the velcro of the semi-incision plane, The present invention provides a paper shelf characterized by reinforcing the support of the line.

In addition, the present invention provides a paper display stand characterized in that the removable bulletin board is assembled in contact with the rear surface and both side surfaces.

Further, the present invention may further include a front portion extending downwardly from a lower side of the line located at the lowermost end, wherein the front portion is provided with a front connecting wire which can be pressed and folded so that the center line can be folded, And a concave portion is provided at a position where the folded portion is moved rearward or forward when folded and folded and where it meets the end of the vertical partition.

Further, the present invention is characterized in that, in the above, a line located on the lowermost stage has recesses each having a predetermined length on the right and left sides of the vertical partition,

Wherein the front portion includes convex portions vertically fitted to the respective concave portions formed on the left and right sides of the other side of the line located at the lowermost end, and are assembled to each other.

In addition, the present invention provides a paper shelf comprising a plurality of removable drawers, wherein the drawers are assembled to the shelves, respectively.

According to the present invention, since the main body of the paper shelf is folded and the board and the drawers installed on the paper shelf are transported as a set together with the paper shelf, the volume can be greatly reduced, Can be saved. In this way, it is very easy to assemble the board and drawer by spreading the paper shelf while greatly reducing the logistics cost, and it can be carried out quickly without any training and it is convenient because there is no risk of breakage during assembly process.

In addition, according to the present invention, a vertical partition is provided for durability in spite of the folding type, and the velcro is used to firmly support the rear side from the rear side. Due to the vertical partition, a plurality of storage spaces for goods can be individualized, which is advantageous for displaying various kinds of merchandise.

In addition, the present invention is provided with concave portions and convex portions in various places in order to facilitate folding and unfolding work.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 shows a developed view of the paper shelf of the present invention and a side view and a front view of the assembled state. Fig.
2 is a perspective view showing an assembled state of the paper shelf of the present invention.
3 is a perspective view showing a folding process of the paper shelf of the present invention.
FIG. 4 is a partial assembly explanatory view for explaining the process of manufacturing the paper shelf of the present invention.

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

FIG. 1 shows an exploded view of a paper shelf 100 of the present invention, a side view and a front view thereof after assembly, and also shows drawers 200 and 210 assembled separately from the shelf body.

Fragments constituting the shelf body are shown in an exploded view, and the rear face 300 has a rear furring line 310 that is press-folded to be foldable at the center. Although the connecting wire 310 is formed in two rows in this embodiment, it is not particularly limited as long as it is more than one. The rear wing 310 of the rear surface 300 is formed to be pulled rearward when the paper shelf is folded. In addition, the rear surface 300 has a cut surface 320 including a horizontal line segment. They may be cut around the incision plane 320 except for the upper horizontal line segment and may be vertically folded with respect to the rear plane 300 as if it were a hinge. That is, it forms a semi-incision surface, and it is preferable to attach the Velcro to it. As will be described later, to support the rear surface of the line 600 installed in contact with the rear surface 300. The position of the segment of the semi-cut surface 320 is aligned with the horizontal line of the line 600 and a complementary Velcro surface corresponding to the Velcro of the semi-cut surface is provided on the back surface of the line 600, (600), while strengthening the support of (600).

Left and right side surfaces 400 connected to both sides of the rear surface 300 and extending forwardly are provided with cutouts 410 at wings extending on both sides. The wing portion is folded inside the side face 400 so that the cutout portion 410 is positioned at the position crossing the side face 400 and is coupled to the cutout portion 410 at the position where the cutouts 410 are positioned. The joining method is performed by inserting the margin 610 that can be fitted into the adhesive fixture or the cut-out portion 410. The method of applying the adhesive to the margin portion 610 and assembling it is more preferable because it enhances the durability. For reference, the margin portion is set for the convenience of assembly at the end of each component and can be easily recognized in the developed view of FIG.

Assemble the shelf with the main body folded up.

The present invention is characterized in that a vertical partition (500) is provided on the shelf to multiplex the storage space and to enhance the support of the shelf.

First, the vertical partition 500 is installed as follows.

The wings 540, which extend from both sides of the plane having the center connecting wire 510, are folded along the solid line. At this time, the incision reduction 520 formed on the center surface and the incision 530 formed on the wing 540 coincide with each other, and a second incision is assembled with the first incision enhancement 810 to be described later. Next, the center partition 500 is folded about the central connecting line 510 to form the vertical partition 500. It is desirable to assemble the line 800 while the vertical partition 500 is centered on the main body 800 (for convenience, referred to as the 'first line').

That is, when the line 800 is folded to overlap the neighboring line 830, the folding line 810 and the folding line 820 are matched so that only the first folding line . When the first section improvement 820 is pushed into the second section of the vertical partition 500 and assembled, the three-dimensional cross-sectional surface of FIG. 4 is assembled to the main body. The assembly with the body is accomplished by fixing both ends of the first line 800 on the cutouts 410 of both sides 400 of the body.

The remaining lines 600 and 700 are made to be fold lines along the solid line and are then fitted to the cutouts 410 of both sides 400 of the main body using marginal portions protruding from both sides, can do.

On the shelf 100, a bulletin board 800 for displaying what a prizewinning commodity is and the content of the commodity may be installed on the upper side. The bulletin board 800 can be easily assembled to the upper part of the main body by interference fit, and can be carried over the folded main body separately from the main body during transportation.

The front part 900 is disposed below the shelf part of the bottom part of the shelf part and the front part 900 has a front connecting wire 910 which can be pressed and folded so that the center line can be folded so that the paper shelf is folded And is provided with a recess 920 at a position where it meets the end of the vertical partition. The concave portion 920 has a concave shape of a semicircle after the assembly so that the manual operation of folding and straightening is facilitated.

A convex portion 930 is formed on the upper end of both sides of the front portion 900 and is engaged with and fitted to the concave portion 710 formed in the shelf portion 700 disposed directly above the front portion 900.

The shelf thus assembled has a three-dimensional structure as shown in Fig.

Although each line of the shelf 100 can store goods by itself, separate drawers 200 and 210 can be detachably assembled to provide a more stable and aesthetically pleasing appearance. The drawers are transported separately from the main body on the shelves.

Meanwhile, the shelf 100 may be folded as shown in FIG.

That is, in order to flatten the shelf 100, the rear folding wire 310 is pulled back so that the rear panel 300 is folded, while the vertical partition 500 is pulled upward, 800 are folded into two-dimensional planes by being folded so as to be in contact with both sides of the vertical partition 500. At this time, the front portion 900 is pulled backward or forward by the center connecting wire 910 and folded. It is desirable to fold it backwards in a space-saving manner. The vertical partition 500 can be folded in the same way even when it is pulled downward as well as upward.

In this way, semi-folded paper shelves can be transported in a collapsed state to reduce the volume, while still allowing the shelf to be opened.

It is to be understood that the invention is not limited to the disclosed embodiment, but is capable of many modifications and variations within the scope of the appended claims. It is self-evident.

100: Display case
200, 210: Drawer
300: rear
310, 510, 910:
320: incision surface
400: side
410: incision
500: Vertical partition
520, 530, 810, 820: clause improvement
540: wing portion
600, 700, 800, 830: line
610: margin portion
710, 920:
900: front part
930:

Claims

back side;
Left and right side faces extending from both ends of the rear face toward the front side;
And a line connected to the right and left side surfaces to form a storage unit for storing the article,
And a vertical partition that is vertically cross-coupled with the line and extends up and down from the center line of the line,
The rear face has a rear connecting wire which is press-folded so as to be folded at its center,
Wherein the center line of the line has a first fold line which can be folded so as to be folded and a first fold line extending from the first fold line,
Wherein the vertical partition has a second section cut across a portion of the partition surface such that the first line portion is vertically cross-coupled to the vertical section to couple the first section of the first section of the first section with the second section of the incision Assembled to form a paper shelf,
The paper shelf includes:
The rear contact wire is pulled backward to be folded,
Wherein the vertical partition is pulled upward or downward so that the line is folded into contact with the vertical partition surface so that it can be folded into a two-dimensional plane.

back side;
Left and right side faces extending from both ends of the rear face toward the front side;
And a line connected to the right and left side surfaces to form a storage unit for storing the article,
And a vertical partition that is vertically cross-coupled with the line and extends up and down from the center line of the line,
The rear face has a rear connecting wire which is press-folded so as to be folded at its center,
Wherein the lines on the left and right sides of the vertical partition are formed as separate surfaces and the respective surfaces are joined to the vertical partition to form a paper shelf,
The paper shelf includes:
The rear contact wire is pulled backward to be folded,
Wherein the vertical partition is pulled upward or downward so that the line is folded into contact with the vertical partition surface so that it can be folded into a two-dimensional plane.

[2] The apparatus according to claim 1, wherein the paper shelf further comprises a front side,
Wherein the added line is formed as a separate surface on the right and left sides of the vertical partition, and each surface is arranged to be joined to the vertical partition.

The paper shelf according to any one of claims 1 to 3, further comprising a plurality of lines arranged to form a plurality of storage spaces.

[3] The apparatus according to claim 1 or 2, wherein the back surface includes a cut-off surface having a cut-out surface including a horizontal line segment, the cut-out surface excluding the line-cuts being cut and folded perpendicularly to the back surface Wherein the position of a line segment of the semi-incision surface is coincident with the line of the line, and a complementary Velcro surface corresponding to the velcro of the semi-incision surface is provided on the back side of the line side, And the velcro is combined to reinforce the support of the line.

The paper shelf according to claim 1 or 2, wherein the detachable board is cooked in contact with the back and both sides.

[3] The apparatus according to claim 1 or 2, further comprising a front portion extending downwardly from a lower side of a line located at the lowermost end, wherein the front portion has a front connecting wire that can be pressed and folded so that the center line can be folded, Folded and folded and folded and folded and folded and folded, and a recess is provided at a location where it meets the end of the vertical partition.

[3] The apparatus according to claim 1 or 2, wherein a line on the lowermost side has recesses each having a predetermined length on the right and left sides of the vertical partition,
Wherein the front portion includes convex portions vertically fitted to the respective concave portions formed on the left and right sides of the line on the lower side located at the lower side, and are assembled to each other.

3. The paper shelf according to claim 1 or 2, wherein the drawer is assembled to the shelf with a plurality of detachable drawers.