JPS6127499Y2 - - Google Patents

Description

[Detailed Description of the Invention] <Technical Field> This invention relates to an assembly type display shelf for stores that can form any display space by combining members.

<Prior art> Generally, as product display shelves in stores,
Those constructed by combining members such as a shelf board and a back wall between a pair of pillars are widely used.

These product display shelves use the back wall of the store as a structural and design reference point, and form a three-dimensional space using shelf boards, hangers, etc., so that the products displayed appear to be stuck to the back wall. It was undeniable that the objects would become objects or give the impression of being stacked on a shelf.

To compensate for this, separate display stands were installed on the floor of the store, and mannequins were also used to create a three-dimensional space within the store in order to improve the product image. However, the product display effect was insufficient, as the product display was discontinuous and there was a risk that the design would lack a sense of unity.

<Purpose of the invention> The purpose of this invention is to provide an assembly type product display shelf that can form a display space in the depth direction by combining a plurality of pillar frames configured in similar shapes. .

<Summary of the invention> This invention is a prefabricated product display shelf consisting of a pillar frame 1 made of angle material, a shelf board 28, a back wall 25, and a bar 30, which are respectively locked to the pillar frame 1. The frame 1 has a large number of engaging members 6 arranged at predetermined positions on its inner periphery, and a large number of connecting holes 9 are bored at predetermined positions on the outer periphery of the column frame 1. This is a prefabricated product display shelf consisting of a combination of a plurality of sub-column frames 10, 15, 20 which are formed in a similar shape to the column frame 1 and whose heights are gradually decreasing. be.

<Example> Further, to explain this in detail based on the drawings, the column frame 1 is formed by forming a metal member such as iron or aluminum alloy into an angle shape with a U-shaped cross section, and the angle material is formed with the opening side of the U shape inside. towards the long side pillar 2
It is formed into a vertically long quadrilateral frame-like body with a short side pillar 3, a bottom side 5, and an inclined side 4 at the top, and a U-shaped member is placed at a predetermined position of the long side pillar 2 and short side pillar 3 of the frame-like body. A large number of engaging members 6 are engaged with set screws 7 so as to span opposing surfaces of the long side pillars 2 and short side pillars 3, and a large number of connecting holes 9 are bored at predetermined positions on the outer periphery of the long side pillars 2 and short side pillars 3. Then, the column frame 1 is formed.

In addition, the engaging members 6 located facing the long side pillars 2 and the short side pillars 3 are aligned at the same height, and four engaging members 6 are arranged at the same height of the pair of pillar frames 1, 1. A member 6 is provided.

The sub-column frames 10, 15, 20 are the column frame 1
The sub-column frame is made of the same material as the column frame 1, and is formed to have a similar shape to the column frame 1, and the height of each sub-column frame is made lower in sequence.

That is, the sub-column frame 10 has a long side column 11 with the same length as the short side column 3 of the column frame 1, a bottom side 14 with the same length as the bottom side 5 of the column frame 1, and an inclined side provided at the top. 13 and the short-side pillars 12 shorter than the long-side pillars 11 form a frame-like body, and a large number of engaging members 6 are arranged at predetermined positions of the long-side pillars 11 and the short-side pillars 12 in the same manner as the pillar frame 1. In addition, a large number of connecting holes 9 are bored, and the height positions of these engaging members 6 are aligned with the heights of the engaging members 6 at the relative positions of the column frame 1, and the height positions of each connecting hole 9 are adjusted. The sub-column frame 15 is formed by aligning the height of the connecting hole 9 in the relative position of the column frame 1.

The sub-column frame 15 has its long side 16 the same length as the short side column 12 of the sub-column frame 10,
The bottom side 19 has the same length as the bottom side 5 of the column frame 1, and the inclined side 18 provided at the top and the short side pillars 17, which are shorter than the long side pillars 16, form a frame-like body.
Similar to the column frame 1, a large number of engagement members 6 are arranged at predetermined positions of the column 6 and the short side column 17, and a large number of connecting holes 9 are also bored, and the height positions of these engagement members 6 are set at predetermined positions on the column. The height of each connecting hole 9 is aligned with the height of the engaging member 6 in the relative position of the frame 1, and the height of each connecting hole 9 is aligned with the height of the connecting hole 9 in the relative position of the column frame 1.
5 is formed.

The sub-column frame 20 has a long side column 21 having the same length as the short side column 17 of the sub-column frame 15, a bottom side 24 having the same length as the bottom side 5 of the column frame 1, and a slope provided at the top. Side 23 and long side pillar 21
A frame-like body is formed with the shorter short side pillars 22, and a large number of engaging members 6 are arranged at predetermined positions of the long side pillars 21 and the short side pillars 22 in the same way as the pillar frame 1, and an even larger number of connections are formed. Holes 9 are bored, and the height positions of these engaging members 6 are aligned with the heights of the engaging members 6 at the relative positions of the column frame 1, and the height positions of each connecting hole 9 are aligned with the relative positions of the column frame 1. A sub-column frame 20 is formed to be aligned with the height of the connecting hole 9.

The back wall 25 is formed by forming a metal member such as iron or aluminum alloy into a rectangular shape of a predetermined size, and arranging engagement pieces 26 and 27 that engage with the engagement member 6 at the four corners of the rectangle.

The shelf board 28 is made of a metal member such as iron or aluminum alloy, and the length in the depth direction is the same as the bottom side 5 of the column frame 1, and each edge is slightly bent to give a predetermined length in the lateral direction. A shelf board 28 having engaging portions at the four corners of the shelf board is formed by forming a rectangular shelf board and further fixing an engaging plate 29 formed of stepped strip-shaped plate materials on both left and right sides.

The bar 30 is a bar made of a mating member such as iron or aluminum alloy formed to a predetermined length, and is formed by disposing engagement pieces 31 that engage with the engagement member 6 at both ends thereof.

The back wall 25, the shelf board 28, and the bar 30 are formed to have the same length in the lateral direction.

Moreover, although three types of configurations of the sub-column frames 10, 15, and 20 are shown, sub-column frames with a further reduced column frame height may be formed and combined as required.

<Usage Mode> An example of the configuration of a product display shelf using the assembled product display shelf member formed as described above will be described.

In FIG. 1, the structure is composed of a pair of column frames 1, two shelf boards 28, and a back wall 25.
The engaging pieces 26 are respectively engaged with the engaging plate 29 and the back wall 25. At this time, the shelf board 28 is
As shown in FIG.
The tip of 9 is covered from the outside by a U-shaped member.

FIG. 11 shows a pair of column frames 1, a pair of sub-column frames 10, a pair of sub-column frames 15,
It is configured with a plurality of shelf boards 28, bars 30, and a back wall 25 with depth, and the column frame 1, sub-column frame 10, and sub-column frame 15 are as shown in FIG. A set screw 32 is inserted through any connecting hole 9, 9 of the adjacent long side pillar and short side pillar.
The shelf board 28, the bar 30, and the back wall 25 are locked in the required positions to form assembly example B of FIG. 11.

FIG. 12 shows a frame structure formed by three column frames 1, a pair of sub-column frames 10, a pair of sub-column frames 15, and one sub-column frame 20, and further includes a plurality of shelf boards 28 and Back wall 25, bar 30, mirror plate 3
It is constructed by expanding three-dimensionally by 3.
The column frame 1 and each sub-column frame are connected using the connection hole 9 and an L-shaped fitting with a hole (not shown), and the shelf board 28, bar 30, and back wall 25 are locked in the required positions. Then, assembly example C is formed by locking the end plate 33 having a plurality of engagement pieces on the back surface thereof in a desired position.

<Effects of the invention> As explained above, this invention combines pillar frames configured in similar shapes as an assembly type product display shelf. (1) Each pillar frame has a similar shape with a reduced height of the pillar frame Moreover, since it can be configured in the depth direction and the width direction, it is possible to construct a three-dimensional space that departs from a flat or box-like form, and it is also possible to increase the effect of displaying products as a display space with a unified design.

(2) Each column frame can be freely combined, and the outer shape of the display shelf can be greatly changed depending on the type and number of combined members, so the appearance of the display shelf can be changed to suit the type of product or season. can be promoted.

(3) Since the engagement plate of the shelf board is included inside the U-shaped member of the column frame, the front surface of the display shelf can be made smooth.

(4) Since the shelf board is engaged and supported at the four corners, it is stable and can withstand large loads.

As described above, the present invention exhibits excellent effects with great practical value.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, in which Fig. 1 is a perspective view of assembly example A, Fig. 2 is a side view of the column frame, Figs. 3, 4, and 5 are side views of the sub-column frame.
Figure 6 is a sectional view taken along line A--A in Figure 2, Figure 7 is a perspective view of the back wall, Figure 8 is a perspective view of the shelf, Figure 9 is a perspective view of the bar, and Figure 10 is a perspective view of the back wall. FIG. 11 is a perspective view of assembly example B, and FIG. 12 is a perspective view of assembly example C. 1... Column frame, 6... Engaging member, 9... Connection hole, 10, 15, 20... Sub-column frame, 25
...back wall, 28...shelf, 30...bar.

Claims (1)

[Scope of utility model registration request] In a prefabricated product display shelf consisting of a column frame 1 made of angle material, and a shelf board 28, a back wall 25, and a bar 30 that are respectively locked to the column frame 1, the column frame 1 has a predetermined area on its inner periphery. A large number of engaging members 6 are disposed at certain positions, and a large number of connecting holes 9 are bored at predetermined positions on the outer peripheral surface of the column frame 1, and the shelf board 28 has engaging plates 29 at the four corners of its side surface.
A prefabricated product display shelf comprising a plurality of sub-column frames 10, 15, 20 which are formed in a similar shape to the column frame 1 and whose heights are gradually decreasing.