JP6881998B2 - Telescopic product display shelves and product display fixtures - Google Patents

Description

The present invention is a telescopic product display shelf in which the display shelf main body is expandable and contractible in the width direction (longitudinal direction) and the distance between two locking portions changes in synchronization with the expansion and contraction, and a product display fixture including the same. ..

In supermarkets and mass retailers, product display fixtures for displaying products are used. Usually, a product display fixture is composed of a plurality of plate-shaped display shelves and a base for supporting the display shelves in multiple stages. On the base, a large number of support columns for supporting the display shelves are formed at a predetermined pitch in the vertical direction. In such a product display fixture, a pair of left and right support columns are parallel to each other, and a plurality of display shelves have the same shape, which is suitable for orderly displaying a large number of products.

In recent years, there has been a demand for product display fixtures that attract the attention of customers by directing the display of products. For example, as shown in FIGS. 18 and 19, the pair of left and right strut portions 102 are not parallel to each other, and the product display fixture 100 has a figure eight shape in which the width widens downward. With such a product display fixture 100, the lower product display shelf 101 can take a long width direction (longitudinal direction), enabling a stable and novel display. However, when the conventional product display shelf 101 is applied to such a product display fixture 100, most of the product display shelves 101 become insufficient in size and cannot be used. In addition, all of the product display shelves 101 that match the product display fixture 100 have different dimensions in the width direction, which increases the manufacturing cost and complicates inventory management.

Japanese Patent Application Laid-Open No. 09-308532 describes the second first pillar member 1; the second side member 2 and the first side member 3 that can be fixed to the pillar member 1; the second side member 2 and the first side. A telescopic pipe material 4 that connects the member 3 to the second and first; a plurality of comb-shaped protrusions 8 are provided on the second and first one sides, and an insertion hole portion 10 that opens to the second and first other side is arranged in parallel. Two or more of the provided basic plates 6 are sequentially connected, and the protruding portion 8 of one basic plate 6 is inserted into the insertion hole portion 10 of another adjacent basic plate 6 so that the insertion depth can be adjusted. A shelf structure characterized in that it is formed in a flat plate shape and is composed of an expansion / contraction shelf plate portion 5 supported by the expansion / contraction pipe material 4; According to this shelf structure, since the telescopic shelf board portion 5 is supported by erecting the pillar member 1, it can be installed at a desired position in any room, for example, a laundry place, a washroom, a kitchen, a study room, or the like. It can be used for organizing shelves.

Further, in Japanese Patent Application Laid-Open No. 2007-7246, a first portion in which a square comb portion having an opening on the back surface is projected horizontally from the first base portion and a first engaging convex portion is extended downward from the first base portion. A second substrate which is a separating member from the first substrate, in which a substrate and a square partition portion slidably fitted to the square comb portion of the first substrate are projected horizontally from the second base portion. A combination product display characterized in that a first engaging recess that engages with the first engaging convex portion is provided on the opposite side of the second base portion of the square partition portion. The platform is disclosed. According to this product display stand, one or more units can quickly deploy in the horizontal plane, deploy in the height direction, and deploy in the step form with respect to the display surface, and can be reused after remodeling. It is possible to provide a high-quality product display stand and product display set.

Japanese Unexamined Patent Publication No. 09-308532 JP-A-2007-7246

However, in the shelf structure of JP-A-09-308532, the locking portion of the telescopic shelf plate portion is the end portion in the width direction of the telescopic shelf plate portion, not the end portion in the depth direction. Further, the eight-shaped product display fixture whose width expands downward has a problem that the structure of a pair of left and right pillars (pillar members) becomes complicated and cannot be actually applied.

Further, the first substrate and the second substrate in the product display stand of Japanese Patent Application Laid-Open No. 2007-7246 are basically placed on the floor and are not attached to the support columns of the fixture body. Further, the first substrate and the second substrate are separate members, and are not integrated to perform stepless expansion and contraction.

That is, an object of the present invention is to provide a telescopic product display shelf suitable for a multi-stage product display fixture that can be attached to any of a pair of left and right non-parallel support columns on the fixture body side, and a product display fixture using the same. To do.

That is, the present invention solves the above-mentioned conventional problems, and is a product display shelf attached to a support portion of a fixture body.
A display shelf body in which the first shelf body and the second shelf body are flexibly fitted in the width direction,
The first locking portion attached to the end of the first shelf main body on the inner side in the depth direction, and the first locking portion.
The second shelf main body is provided with a second locking portion attached to an end portion on the inner side in the depth direction.
Provided is a stretchable product display shelf characterized in that the distance between the first locking portion and the second locking portion changes in synchronization with the expansion and contraction of the display shelf main body.

Further, in the present invention, the distance dimension between the first locking portion and the second locking portion at the time of maximum reduction is (L), and when the display shelf body is extended by the dimension (m) in the width direction, the distance dimension is (L). Provided is the telescopic product display shelf characterized in that the distance dimension between the first locking portion and the second locking portion is (L + m).

Further, in the present invention, the first shelf main body is a case-shaped first main body having one display surface and a first convex fitting extending in the width direction from the widthwise end of the first main body. A portion and a first concave fitting portion formed on the back surface of the first main body portion are provided.
The second shelf main body is fitted into a case-shaped second main body having the other display surface and the first concave fitting portion extending in the width direction from the widthwise end of the second main body. Provided is the telescopic product display shelf comprising a convex fitting portion and a second concave fitting portion that fits the first convex fitting portion formed on the back surface of the second main body portion. is there.

Further, in the present invention, the stopper mechanism includes a first long member having a first elongated hole solidified on the back surface of the first shelf body portion, and the first long member solidified on the back surface of the second shelf body portion. 1 Provided is the telescopic product display shelf comprising a first pin that is movable in the longitudinal direction in the elongated hole, wherein the first pin hits the end of the first elongated hole and movement is restricted. Is.

Further, the present invention further comprises a second long member having a second elongated hole solidified on the back surface of the second shelf body, and the second elongated hole solidified on the back surface of the first shelf body. Provided is the telescopic product display shelf comprising a second pin that is movable in the longitudinal direction inside, and the second pin hits the end of the second elongated hole to restrict movement.

Further, the present invention provides the telescopic product display shelf characterized in that the first long member is a metal member, and the present invention also provides that the second long member is a metal member. It provides the characteristic telescopic product display shelf.

The present invention also provides a product display fixture characterized by including the telescopic product display shelf.

Further, the present invention has the telescopic product display shelf and a pair of support columns for supporting the telescopic product display shelf, and the pair of support columns have a wide front view toward the bottom. The present invention provides the product display fixtures characterized by having a character shape.

The present invention also provides the product display fixture, characterized in that a large number of locking holes are formed in the support column at a predetermined pitch in the vertical direction.

According to the present invention, the first shelf main body and the second shelf main body have a display shelf main body that is stretchably fitted in the width direction (longitudinal direction), and are formed at the end portion of the first shelf main body in the depth direction. Since the space between the first locking part and the second locking part changes in synchronization with the expansion and contraction of the display shelf body, it can be attached to any of the pair of left and right non-parallel support columns on the fixture body side. it can.

It is a perspective view of the product display shelf in the reduced state in the embodiment of this invention. It is a perspective view of the product display shelf in the extended state in embodiment of this invention. It is a perspective view seen from the back surface of the product display shelf of FIG. It is a back view of the product display shelf of FIG. It is a perspective view seen from the back surface of the product display shelf of FIG. It is a back view of the product display shelf of FIG. It is an exploded perspective view of the product display shelf in embodiment of this invention. It is a figure explaining the assembling procedure of the product display shelf in embodiment of this invention. It is a figure explaining the assembling procedure of the product display shelf in embodiment of this invention, and is the next step of FIG. It is a figure explaining the assembling procedure of the product display shelf in embodiment of this invention, and is the next step of FIG. It is an enlarged view around the pin which shows the relationship between a pin and a long metal fitting. It is a simplified side view seen from the X direction of FIG. It is an enlarged view around the pin which shows the relationship between a pin and a long metal fitting, and is the state which the display shelf body is extended from FIG. It is a simplified side view seen from the X direction of FIG. (A) is a perspective view of the product display fixture according to the embodiment of the present invention, and (B) is a front view thereof. It is another perspective view of the other product display fixtures in the embodiment of the present invention. It is another perspective view of the other product display fixtures in the embodiment of the present invention. It is a perspective view of the conventional product display fixtures. It is a side view of the product display fixture of FIG.

Next, the telescopic product display shelf (hereinafter, also simply referred to as “expandable shelf”) according to the embodiment of the present invention will be described with reference to FIGS. 1 to 14. The telescopic shelf 10 is a product display shelf attached to a support portion of the furniture main body, and is a display shelf main body 1A in which the first shelf main body 1a and the second shelf main body 1b are telescopicly fitted in the width direction. The first locking portion 2a attached to the end 13a on the depth side (post locking portion mounting side) of the 1 shelf main body 1a in the depth direction and the depth side (post engaging) of the second shelf main body 1b in the depth direction. A second locking portion 2b attached to the end portion 13b on the stop portion mounting side) is provided. In the telescopic shelf of the present invention, the "width direction" refers to the left-right direction (longitudinal direction) (reference numeral W direction in FIG. 1) with the customer side as the attachment side to the support column locking portion and the front side as the front side. The "depth direction" refers to the front-back direction (short direction) (reference numeral D direction in FIG. 1).

The first shelf main body 1a includes a case-shaped first main body 11a having one display surface, a first convex fitting portion 12a extending in the width direction from the widthwise end of the first main body 11a, and a first. 1 A first concave fitting portion 14a formed on the back surface of the main body portion 11a is provided. In this example, the first main body portion 11a has a quadrangular view in a plan view forming one half of the display shelf main body 1A when reduced. The first main body portion 11a has three side plates and has a thickness, except for the end portion on the fitting side. The first concave fitting portion 14a on the back surface of the first main body portion 11a is fitted with the second convex fitting portion 12b of the second main body portion 11b. The first concave fitting portion 14a may be a space into which the second convex fitting portion 12b enters, and does not require a particularly locking relationship.

The first convex fitting portion 12a is, in this example, two protruding tooth-shaped plate-like bodies. The first convex fitting portion 12a slips into the back side of the second shelf main body 1b when the first shelf main body 1a and the second shelf main body 1b are fitted in the width direction (reduction), and the first shelf main body The display surface of the display shelf body 1A formed by the portion 1a and the second shelf body 1b is flush with each other, and the first convex fitting portion 12a and the second convex fitting portion 12b mesh with each other. , It is a shape that forms a surface without gaps.

The display shelf body 1A extends from the minimum dimension to the maximum (M) in the width direction, and includes a stopper mechanism 70 that prevents the display shelf body 1A from extending beyond the maximum extension. Then, on the back surface of the first shelf main body 1a, a back surface support portion 17a to which the first long metal fitting (first long member) 5a and the second pin 6b used in the stopper mechanism 70 are attached is attached.

The back surface support portion 17a is a groove structure formed over the first main body portion 11a and the first convex fitting portion 12a, and is formed substantially over the entire length in the width direction of the first shelf main body portion 1a. Further, the back surface support portion 17a is formed at an end portion on the side of the second convex fitting portion 12b adjacent to the first convex fitting portion 12a. In this example, the first convex fitting portion 12a is two, and the back surface support portion 17a (groove structure) is two. The back surface support portion 17a has two side walls and a groove formed between the two side walls. Further, the heights of the two side walls are low on the first main body portion 11a side and high on the first convex fitting portion 12a. Since the first long metal fitting 5a is mounted on the groove portion, the first elongated hole 52a of the first long metal fitting 5a appears in the shallow groove portion. Further, a nut box 18a to which the second pin 6b is fixed is formed at the end of the deep groove portion. As a result, the bolt hole of the nut box 18a and the bolt hole (hole through which the second pin 6b passes) 53a formed at the end of the first long metal fitting 5a on the anti-first elongated hole 52a side are matched, and the first length is the same. The scale metal fitting 5a can be fixed to the back surface support portion 17a.

The first long metal fitting 5a has a length in the width direction in which the entire length fits into the groove hole of the back surface support portion 17a, and the same height as the groove height of the deep groove portion. Further, the first elongated metal fitting 5a has a first elongated hole 52a formed in substantially half of the length in the width direction on the non-fixing side. Further, the hole height of the elongated hole of the first elongated hole 52a is slightly larger than the diameter of the pin body 61a of the first pin 6a. As a result, the first pin 6a can move in the width direction in the first elongated hole 52a. The length of the first elongated hole 52a is substantially the same as or slightly larger than the maximum extension of the display shelf body 1A. By hitting the end of the first elongated hole 52a on the second pin 6b side, the first pin 6a is prevented from extending beyond the maximum extension. The first long metal fitting 5a has the entire length fitted in the groove hole of the back surface support portion 17a, forms a part of the stopper mechanism 70, and also functions as a reinforcing member of the display shelf main body 1A.

The second shelf main body 1b fits into a case-shaped second main body 11b having the other display surface and a first concave fitting portion 14b extending in the width direction from the widthwise end of the second main body 11b. A biconvex fitting portion 12b and a second concave fitting portion 14b that fits with the first convex fitting portion 12a formed on the back surface of the second main body portion 11b are provided. The second shelf main body 1b is the same member having the same shape as the first shelf main body 1a, and the description thereof will be omitted. However, the stopper mechanism 70 includes the first long metal fitting 5a and the second long metal fitting (second). Since the long member) 5b, the first pin 6a, and the second pin 6b are related to each other, their cooperative action will be described below.

In the telescopic shelf 10, in a reduced state in which the first shelf main body 1a and the second shelf main body 1b are fitted together, the back surface support portion 17a of the first shelf main body 1a and the back surface support portion 17b of the second shelf main body 1b Are adjacent to each other. The first long metal fitting 5a fits into the back surface support portion 17a of the first shelf main body 1a, and the second long metal fitting 5b fits into the back surface support 17b of the second shelf main body 1b. The first long metal fitting 5a and the second long metal fitting 5b are inverted 180 degrees from each other (see FIG. 7). Then, the pin body 61a passes through (crosses) the first elongated hole 52a, passes through the bolt hole 53b of the second long metal fitting 5b, and is fixed to the second shelf body 1b with a nut. On the other hand, in the second pin 6b, the pin body 61b passes through (crosses) the second elongated hole 52b, passes through the bolt hole 53a of the first long metal fitting 5a, and is fixed to the first shelf body 1a with a nut ( 8 and 9).

Next, the movement of the second pin 6b when the first shelf main body 1a and the second shelf main body 1b are reduced or extended will be described with reference to FIGS. 11 to 14. In FIGS. 12 and 14, the description of the outer wall 19b of the wall structure is omitted to make it easier to understand the relationship between the second elongated hole 52b and the pin body 61b. Further, in FIGS. 11 to 14, the dots (black dots) of reference numeral z are attached to the wall structure and the second long metal fitting 5b for convenience in order to make it easier to understand the positional relationship between the second pin 6b and the wall structure. It is a mark. In FIGS. 11 and 13, reference numeral 66b is a resin ring seat having a low friction surface.

In FIGS. 11 and 13, the lower three layers in the drawing are a cross section of a part of the first shelf main body 1a, and are wall structures on the deep groove side into which the first long metal fitting 5a is fitted. .. That is, the first long metal fitting 5a is mounted in both the walls 171a and 171a. The first long metal fitting 5a is fixed by the second pin 6b, and the back surface support portion 17a on the first shelf body 1a side, the first long metal fitting 5a, and the second pin 6b are integrated. On the other hand, in FIG. 11, the upper three layers are a part of the cross section of the second shelf main body 1b, and are the wall structure on the shallow groove side in which the second long metal fitting 5b is fitted. Therefore, in the upper three layers, there is no wall body in the portion through which the pin body 61b passes, and even if the display shelf body 1A extends in the width direction, it does not hinder the movement of the pin body 61b. That is, when the first shelf main body 1a, which is a lower member in FIG. 11, moves to the right side in FIG. 11 by L dimension with respect to the first shelf main body 1b, the first shelf main body 1b becomes As it is, the second pin 6b moves in the second elongated hole 52b. Then, the second pin 6b that has moved in the second elongated hole 52b hits the end portion of the second elongated hole 52b in the moving direction, so that the movement is restricted. That is, the second pin 6b and the second elongated hole 52b form a stopper that regulates the extension of the maximum extension (M) or more.

As described above, the stopper mechanism 70 has a first long metal fitting 5a having a first elongated hole 52a solidified on the back surface of the first shelf body 1a and a first solid metal fitting 5a solidified on the back surface of the second shelf body 1a. A first pin 6a that is movable in the longitudinal direction in the elongated hole 52a is provided, and the first pin 6a hits the end of the first elongated hole 52a and movement is restricted. Further, in the second long metal fitting 5b provided with the second elongated hole 52b solidified on the back surface of the second shelf body 1b, and in the second elongated hole 52b solidified on the back surface of the first shelf body 1a. A second pin 6b that is movable in the longitudinal direction is provided, and the second pin 6b hits the end of the second elongated hole 52b and movement is restricted.

In the telescopic shelf 10, the first locking portion 2a is attached to the end portion 13a of the first shelf main body portion 1a on the support mounting side. Further, the second locking portion 2b is attached to the end portion 13b on the support column mounting side of the second shelf main body portion 1b. That is, in the telescopic shelf 10, the distance (L) between the first locking portion 2a and the second locking portion 2b changes in synchronization with the expansion and contraction of the display shelf main body 1A. Specifically, the distance dimension between the first locking portion 2a and the second locking portion 2b at the time of maximum reduction is (L), and when the display shelf body 1A extends by the dimension (m) in the width direction, the first The distance dimension between the 1 locking portion 2a and the 2nd locking portion 2b is (L + m) (FIGS. 1 and 2).

In the telescopic shelf 10, the first shelf main body 1a and the second shelf main body 1b fit in a stretchable manner in the width direction. FIG. 1 shows a state in which the first shelf main body 1a and the second shelf main body 1b are completely fitted in the width direction, and is the most reduced state. At this time, all of the first convex fitting portion 12a is submerged in the back surface of the second main body portion 11b, and all of the second convex fitting portion 12b is submerged in the back surface of the first main body portion 11a. The first pin 6a is located at the end of the first elongated hole 52a on the non-fixing side, and the second pin 6b is located at the end of the second elongated hole 52b on the non-fixing side. When extending from the telescopic shelf 10 of FIG. 1, the first shelf main body 1a and the second shelf main body 1b may be pulled by hand in opposite directions. At this time, the first pin 6a moves in the first elongated hole 52a, and the second pin 6b moves in the second elongated hole 52b. The length in the width direction of the telescopic shelf 10 is determined when the desired length is extended. At this time, the first shelf main body 1a and the second shelf main body 1b are not fixed by locking, and by attaching the locking portions 2a and 2b to the locking holes of the columns as they are, the length in the width direction can be increased. It is fixed. In the telescopic shelf 10 in this case, the surfaces of the first convex fitting portion 12a and the second convex fitting portion 12b form a part of the surface of the telescopic shelf 10. The first long metal fitting 5a and the second long metal fitting 5b extend over the entire length in the width direction of the display shelf main body 1A and also serve as a reinforcing member. When the first shelf main body 1a and the second shelf main body 1b are further stretched, the first pin 6a corresponds to the end of the first elongated hole 52a, and the second pin 6b corresponds to the end of the second elongated hole 52b. As a result, the first shelf main body 1a and the second shelf main body 1b cannot be further stretched, and the maximum extension state shown in FIG. 2 is reached. In this way, the telescopic shelf 10 can be changed steplessly in the maximum M dimension and the width direction (horizontal direction).

Next, the product display fixtures according to the embodiment of the present invention will be described with reference to FIGS. 15 to 17. In FIGS. 15 to 17, the same components are designated by the same reference numerals, the description thereof will be omitted, and the differences will be mainly described. That is, in FIGS. 15 to 17, the difference from FIGS. 1 to 14 is that the telescopic shelf 10 of this example is attached to the support column to form a product display fixture. That is, the product display fixture of the present invention includes the above-mentioned telescopic shelf 10.

The product display fixture 20 of FIG. 15 has a plurality of telescopic shelves 10 and a pair of support columns 52 that support the telescopic shelves 10, and the pair of support columns 52 have a wide front view toward the bottom. It has a figure eight shape. In this figure eight, one of the support columns 52 extends in the vertical direction. Further, a large number of locking holes 53 are formed in the support column 52 at a predetermined pitch in the vertical direction. In such a product display fixture 20, the distances between all the locking holes 53 in the vertical direction are different, and the length in the width direction of the telescopic shelf is different. Therefore, unlike the conventional display fixtures, it is possible to produce a tasteful display. In the present invention, the pair of strut portions may be attached to a pair of columnar columns, or may be attached to a panel plate (back plate) which cannot be said to be a strut.

In the product display fixture 20a of FIG. 16, the base on which the telescopic shelf 10 is attached is divided into upper and lower two stages. That is, the pair of support columns 52a that support the telescopic shelf 10 extend in the vertical direction and are parallel to each other, but the distance between the pair of lower support columns is the distance between the pair of upper support columns. It is larger than the one. Even with such an irregular multi-stage base, one telescopic shelf can be applied to any locking hole.

The product display fixture 20b of FIG. 17 has a plurality of telescopic shelves 10 and a pair of support columns 52b that support the telescopic shelves 10, and the pair of support columns 52b have a wide front view toward the bottom. It has a figure eight shape. In this figure eight shape, both the left and right strut portions extend in an inclined manner. Further, a large number of locking holes 53 are formed in the support column 52 at a predetermined pitch in the vertical direction. In such a product display fixture 20b, the distances between all the locking holes 53 in the vertical direction are different, and the length in the width direction of the telescopic shelf is different. Therefore, unlike the conventional display fixtures, it is possible to produce a tasteful display.

The present invention is not limited to the above embodiment, and various modifications can be taken. That is, the first convex fitting portion extending from the back surface of the first main body portion and the second convex fitting portion extending from the back surface of the second main body portion are not limited to the above two, and are one, respectively. It may be something that meshes. In this case, the back surface support portions 17a and 17b are each one, for a total of two, and the long metal fittings used are also two for convenience. Further, the stopper mechanism may not be provided. That is, the back surface support portions 17a and 17b, the long metal fittings 5a and 5b, and the pins 6a and 6b can all be omitted. Even if there is no stopper mechanism, the first shelf main body 1a and the second shelf main body 1b can be easily fitted, and if the locking portion is locked in the locking hole of the column, the width direction of the display shelf main body 1A The length of the first shelf body 1a and the second shelf body 1b are fixed, and the first shelf body 1a and the second shelf body 1b do not come off. Further, the locking portion is not limited to the shape shown in FIG. 1, and various known locking structures can be adopted.

Further, in the present invention, the first long metal fitting 5a and the second long metal fitting 5b in the above embodiment are not limited to the metal member, and may be a resin or a composite member of metal and resin. Further, in the present invention, the first elongated hole of the first elongated member and the second elongated hole of the second elongated member are not limited to those having both ends closed as in the above embodiment, and one end thereof. May be open. In this case, one end means the end opposite to the end where the first pin and the second pin hit when the display shelf main body is extended. In this way, even if one end of the first elongated hole and the second elongated hole is opened, the butt ends are abutted by the abutting of the case-shaped first main body portion and the case-shaped second main body portion. Since the hit reduction shape is determined, there is no problem.

In the present invention, the first shelf main body includes a case-shaped first main body having one display surface, and a first convex fitting portion extending in the width direction from the widthwise end of the first main body. A first concave fitting portion formed on the back surface of the first main body portion is provided, and the second shelf main body portion has only a case-shaped second main body portion having the other display surface, and the second convex fitting portion is provided. It may be a telescopic shelf without a part. That is, only the first shelf main body portion has a convex fitting portion, which enters the concave fitting portion of the second shelf main body portion. In this case, although the convex fitting portion has a plan view shape slightly smaller than that of the first main body portion, it adopts a plan view shape that is almost the same as that of the first main body portion. Further, as a fitting method in this case, the lower ends of both side plates of the first main body portion form a hook-shaped cross-section locking portion that bends inward and further upwards, and the hook-shaped cross-section locking portion is formed. In addition, a fitting method in which the side plate of the second convex fitting portion is fitted can be adopted. Further, in this case, the stopper mechanism may be used to lock the locking portion of the hook-shaped cross section and the notched portion cut out in the side plate of the second convex fitting portion.

In the telescopic shelf of the present invention, the telescopic direction is the width direction, and the distance between the two locking portions locked to the columns changes in synchronization with the expansion and contraction of the display shelf body, for example, a pair. Any locking hole can be used for the support of the figure eight. Therefore, even if it is used in multiple stages, only one type of telescopic shelf is sufficient, and the manufacturing cost can be reduced.

1a 1st shelf body 1b 2nd shelf body 1A Display shelf body 2a 1st locking part 2b 2nd locking part 5a 1st long metal fitting 5b 2nd long metal fitting 6a 1st pin 6b 2nd pin 10 Telescopic Shelf 11a 1st main body 11b 2nd main body 12a 1st convex fitting 12b 2nd convex fitting 13a, 13b Strut mounting side 14a 1st concave fitting 14b 2nd concave fitting 70 Stopper mechanism

Claims (7)

A product display shelf that can be attached to the support of the fixture body.
A display shelf body in which the first shelf body and the second shelf body are flexibly fitted in the width direction,
The first locking portion attached to the end of the first shelf main body on the inner side in the depth direction, and the first locking portion.
The second shelf main body is provided with a second locking portion attached to an end portion on the inner side in the depth direction.
The distance between the first locking portion and the second locking portion changes in synchronization with the expansion and contraction of the display shelf body.
The display shelf body is provided with a stopper mechanism that prevents the display shelf body from extending from the minimum dimension to the maximum (M) in the width direction and extending beyond the maximum extension.
The stopper mechanism includes a first long member having a first elongated hole fixed to the back surface of the first shelf body, and a length in the first elongated hole fixed to the back surface of the second shelf body. A first pin that is movable in the direction is provided, and the first pin hits the end of the first elongated hole to regulate the movement.
Further, a second long member having a second elongated hole fixed to the back surface of the second shelf body and moving in the longitudinal direction in the second elongated hole fixed to the back surface of the first shelf body. A telescopic product display shelf comprising a flexible second pin, wherein the second pin hits the end of the second elongated hole and movement is restricted. The first shelf main body includes a case-shaped first main body having one display surface, a first convex fitting portion extending in the width direction from the widthwise end of the first main body, and the first convex fitting portion. It is provided with a first concave fitting portion formed on the back surface of the main body portion.
The second shelf main body is fitted into a case-shaped second main body having the other display surface and the first concave fitting portion extending in the width direction from the widthwise end of the second main body. The telescopic product display shelf according to claim 1, further comprising a convex fitting portion and a second concave fitting portion that fits the first convex fitting portion formed on the back surface of the second main body portion. The first elongated member is stretchable commodity display shelf according to claim 1, characterized in that a metal member. The second elongated member, stretching the merchandise display rack of claim 1, wherein it is a metal member. A product display fixture comprising the telescopic product display shelf according to any one of claims 1 to 4. It has the telescopic product display shelf according to any one of claims 1 to 4 and a pair of support columns for supporting the telescopic product display shelf, and the pair of support columns are wide toward the bottom. A product display fixture that is characterized by having a figure eight shape when viewed from the front. The product display fixture according to claim 6 , wherein a large number of locking holes are formed in the support column at a predetermined pitch in the vertical direction.

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