JPS6127501Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a display stand that can be easily assembled and disassembled by anyone with one touch by processing a single sheet, that is, a one-touch assembly type display stand. In particular, a utility model registration application filed by the same applicant on December 31, 1980, ``One touch assembly type display stand''
This is related to the improvement of the structure, which further streamlines the structure and uses only one sheet as a component, reducing the manufacturing process and saving labor, lowering the unit price of the product, and further simplifying the assembly method and disassembly work. The purpose is to

The details will be described with reference to the drawings showing the embodiments of the present invention.

(1) Drawings 1 to 4 show the basic structure of the present invention, in which a single sheet of arbitrary size such as cardboard or cardboard is used as the material, and as shown in the developed plan view of Fig. 2, the central part is A horizontal folding line a is provided, and horizontal folding lines b and c are provided above and below the horizontal folding line a, and a shelf floor surface 1 is connected to the lower part and a shelf back plate 2 is connected to the upper part of the horizontal folding line a, and the back plate and the floor surface are connected to each other. A slit S running vertically through the center is cut through the shelf floor 1 into two booths 1a and 1b.
In addition, the shelf backboard 2 is also divided into 2a and 2b.
The shelf leg board 3 is further divided into booths through the fold line b.
A shelf A is provided in which the display board 4 is connected in series through the fold line C, and symmetrical side walls 5 and 5' are connected in series on the left and right sides of the shelf leg plate 3 via the vertical fold lines d and d'. death,
Further, partition rear walls 6, 6' whose widths match the widths of the shelf backboard booths 2a, 2b are connected via vertical fold lines e, e', and further whose heights are connected via vertical fold lines f, f'. The main part is created by consecutively installing partition plates 7 and 7' that match the height of the shelf backboard booths 2a and 2b, and whose bottom sides match the depths of the shelf floor booths 1a and 1b, respectively. As shown in the assembly diagram, the shelf leg plate 3 is bent outward along the horizontal fold line b to stand vertically, and the shelf floor surface 1 is made horizontal, and then the shelf back plate 2 is bent inward along the horizontal fold line a at right angles. The shelf part A is formed by bending the side walls 5 and 5' vertically, and then bending the side walls 5 and 5' at right angles to the rear along the vertical fold lines d and d' to make them stick to the left and right sides of the shelf part A, and then forming a partition. The rear walls 6, 6' are bent inward along the vertical fold lines e, e', and the partition rear wall 6 is placed on the back of the shelf back booth 2a, and the partition rear wall 6' is placed on the back of the shelf back booth 2b. Place the partition plates 7 and 7' in close contact with each other on the back side, then bend the partition plates 7 and 7' inward along the vertical fold lines f and f', overlap them, and insert them into the slit S of the shelf A, and insert both ends of the partition plates to the end Se of the slit. , and insert the upper end St of the slit S into the U-shaped insertion grooves g and g' provided at the rear upper part of the partition plates 7 and 7', and at the same time insert the upper ends St of the slits S into the U-shaped insertion grooves g and g' provided at the rear upper part of the side walls 5 and 5'. By inserting the inverted U-shaped cut grooves i and i' provided at the lower left and right sides of the display board 4 into the U-shaped insertion grooves h and h', respectively, and assembling and fixing the whole, as shown in Figure 1. A display board is installed on the upper part of the shelf, creating two shelf booths (shelf surface booth 1).
Consisting of booths a and 1b and shelf backboard booths 2a and 2b)
A one-touch assembly display stand is completed.

When disassembling the assembly, follow the reverse order of assembly and unfold it into a flat shape as shown in the second figure.

(2) Next, Fig. 5 1, 2, 3, and 4 show an example in which three shelf booths are provided. k,
The partition plate 7a, the partition rear wall 6a, and the partition plate 7b are successively connected through the partition plates 1 and 1, and two slits S, which run vertically from the top of the shelf back plate 2 to the end of the shelf floor surface 1, are provided.
S' is drilled, and the shelf back plate 2 is inserted through both slits into 3
The booths are divided into three booths 2a, 2b, and 2c, and the shelf floor is divided into three booths 1a, 1b, and 1c.
The partition plate 7 is inserted and assembled into the slit S as described in the previous section, and the partition plate 7a is assembled as shown in FIGS. 4 and 5.
Bend it outward along the vertical fold line k and the notch V to make a U-turn, and insert it into the slit S' while overlapping it with the partition plate 7'. Then, the partition plate 7b is inserted into the adjacent slit S and overlapped with the partition plate 7, and its end side is brought into contact with the shelf leg plate 3 at the end Se of the slit. Then, the upper ends St and S't of each slit are inserted and secured into the U-shaped insertion grooves x and y provided at the rear upper part of each partition plate, respectively, and the U-shaped grooves provided at the rear upper part of the side walls 5 and 5' are secured. By inserting the inverted U-shaped cut grooves i, i' provided at the lower left and right sides of the display board 4 into the cut grooves h, h' and assembling and fixing the whole, the three shelf booths shown in Figure 5 (Part 1) can be created. A one-touch assembly type display stand having 1a, 1b, 1c is completed.

Next, we will discuss the features and effects of the present invention.

○B First, the present invention can be summarized by skillfully processing one sheet and forming each part through horizontal or vertical fold lines, etc., to form shelves (shelf floor surface, shelf back board, booth, shelf leg board), It consists of a partition frame (partition plate, partition rear wall), and a display board, each part of which is bent outward or inward along each fold line, and finally the partition plate is inserted into the slit of the shelf. It has functions and effects that can be completed with the simple task of inserting it into the device.

○B The shelf is provided with one or more slits that run vertically from the top of the shelf backboard to the bottom of the shelf floor,
By inserting partition plates into this, a plurality of stable shelf booths can be easily created, which has the effect of allowing products to be appropriately sorted and displayed.

○C In the shelf of the present invention, by bending the transverse fold line b outward and the transverse fold line a inward at right angles, the shelf leg plate stands vertically and functions as a base leg. The surface is horizontal, and the shelf back plate stands vertically to form a stable shelf, and the side walls, each partition rear wall, and each partition plate are connected to the left and right of the shelf, and the side walls move backward along the vertical fold line. By bending at a right angle, the partition wall will fit tightly to the shelf A, and by bending the partition wall inward at right angles along the vertical fold line, it will fit tightly to the back of the shelf backboard booth. By bending it towards the side and inserting it into the slit, the whole can be made into a stable display stand.

○D The display board is also connected in one piece, and its role is achieved by simply inserting the inverted U-shaped cut grooves provided at the lower left and right sides into the U-shaped insertion grooves at the rear upper part of the side wall, and making it a separate display. Does not require a board.

○E In this invention, by folding back each fold line through each part, the display stand becomes flat as shown in Figures 2 and 5, 3, and the display stand is made low in volume before and after use, allowing for transportation, storage, etc. It has an effect.

In particular, in the "one-touch assembly type display stand" which is the prior art of the same applicant (utility model registration application dated December 31, 1982), the outer frame corresponding to the side walls 5, 5' of the present application, as shown in FIG. A shelf board with a display board that corresponds to the shelf section A of the present application and a partition frame corresponding to the partition frame B of the present application are made separately, or a display board is made separately, and these parts are glued together. However, the greatest feature of the present invention is that these are connected to one another via fold lines in a single sheet.
In other words, this has the effect of reducing the number of component parts, simplifying the manufacturing process, saving labor, and lowering the manufacturing cost, making it possible to provide products at low cost.Assembling can be done extremely easily with just one touch, and there is no need to use adhesives. This has the effect of making it possible to create a display stand that is rationally assembled and structurally solid and stable.

Also, before and after use, it can be rolled out into a complete sheet as shown in Figures 2 and 5 (Part 3) and transported and stored, which has a remarkable effect on reducing distribution costs, and is extremely easy to handle. It has the advantage of being easy to change locations or use repeatedly.

Also, like the prior art, the present invention has a plurality of shelves and booths, and exhibits can be organized and displayed in a rational manner, and appropriate advertisements, illustrations, etc. can be freely printed on the display board, so magazines can be easily displayed. It is ideal for displaying products such as records, accessories, and daily necessities, and is also suitable as a book stand for ledgers and books in offices and homes.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention. Fig. 1 is a completed perspective view of the basic form of the invention, Fig. 1 is a completed perspective view of the back of the same, Fig. 2 is a developed plan view of the same, and Fig. 3 is a completed perspective view of the same as the above. Assembling progress diagram, Figure 4 is a bottom perspective view of the same as above, Figure 5 shows the case where three shelf booths are installed, (Part 1)
is a completed perspective view, (Part 2) is a completed rear perspective view of the above, (Part 3) is a developed plan view of the same, (Part 4) is a bottom perspective view of the same, (Part 5) is an enlarged bottom view of the same, and Figure 6 is FIG. 7 is a perspective view showing another embodiment. 7th
The figures show a one-touch assembly type display stand according to the prior art. ) is a perspective view of the partition frame, and (5) is a plan view of the display board. In the figure, A...Shelf part, 1...Shelf floor surface, 1
a, 1b...Shelf floor booth, 2...Shelf backboard, 2a,
2b... Shelf backboard booth, 3... Shelf leg board, 4... Display board, 5, 5'... Side wall, B... Partition frame, 6, 6'...
...Partition rear wall, 7,7'...Partition plate, S, S'...Slit, Se, S'e...Slit end, St, S't...
...Top end of slit, a...Horizontal folding line, b, c...
Horizontal fold line, d, d', e, e', f, f', k, l, m...
...Vertical fold line, g, g', h, h', x, y...U-shaped insertion groove, v...cut, i, i'...inverted U-shaped cut groove, j...
...indicates a protrusion. In Fig. 7, a... Outer frame, b...
...shelf board, c...inner partition frame, d...indicates display board.

Claims (1)

[Scope of utility model registration request] A shelf leg board 3 is provided at the lower part of the central part using a sheet of cardboard, cardboard, etc. of any size, and the shelf floor surface 1 is attached to this via the horizontal fold line b, and then the shelf leg plate is attached to the shelf leg plate 3 via the horizontal fold line a. The display board 4 is successively connected to the back plate 2 via the transverse fold line c, and one or more slits are bored that run vertically from the upper end of the shelf back plate 2 to the end of the shelf floor surface 1. The shelf floor surface 1 and the shelf back plate 2 are each divided into two booths or a plurality of three or more booths through the slits, and symmetrical side walls 5 and 5' are connected to the left and right of the shelf leg plate 3, and On the left and right sides, one or more partition rear walls 6, 6', etc. and partition plates 7, 7', etc. are successively connected via each vertical fold line, and the shelf leg plate 3 is extended outward along the vertical fold line b. Next, the shelf backboard 2 is bent inward at right angles along the horizontal folding line a to stand up vertically, and the shelf floor surface 1 is made horizontal to form the shelf part A. side walls 5, 5'
are bent rearward at right angles so as to fit tightly against the left and right edges of shelf A, and then each partition rear wall 6, 6', etc. is bent inward along each vertical fold line to form each booth 2a, 2a, etc. of the shelf backboard. 2b
Next, fold each partition plate 7, 7', etc. inward in turn along each vertical fold line, stack the partition plates, and insert them into the slit. abut against the shelf leg plate 3 at
Insert the upper end of the slit into each U-shaped insertion groove provided at the rear upper part of each partition plate, and insert each U-shaped insertion groove provided at the upper part of the side wall.
By inserting the respective inverted U-shaped cut grooves i, i' provided at the lower left and right sides of the display board 4 into the shaped insertion grooves h, h', a plurality of shelf booths for display are formed, and the whole is assembled and secured. A one-touch assembly type display stand characterized by the following: