JP5798733B2 - Fitting for attaching the shelf main body to the pillar material, shelf using the fitting, and shelf main body fixing tool - Google Patents

Description

  The present invention relates to an attachment for attaching a shelf main body on which an article is placed to an upright column member, and a shelf using the attachment. Furthermore, it is related with the shelf main body fixing tool for fixing a shelf main body to a fixture.

  Conventionally, shelves used for displaying and selling products in stores such as supermarkets and convenience stores can store a large number of articles in a limited space and make the articles easy to see. Can do. For this reason, it is possible to easily manage the articles, and it is possible to effectively appeal the articles to customers.

  As an article accommodated in a shelf, what stored liquid, such as drinking water and a detergent, in containers, such as a bottle, a can, or a plastic bottle, for example is mentioned. As a configuration of a shelf for storing such a heavy article, for example, one having four column members arranged so as to face each other and a shelf main body attached to the four column members is known. (See Patent Document 1). In such a shelf, hook-like locking portions provided at the end of the shelf main body are inserted into the locking holes formed in the column materials and locked, so that the shelf main body is attached to the column material. It is configured.

  As another example, a bar member configured to be locked in the locking hole is stretched between pillar members, and a shelf body is placed on the bar member, or the shelf body is engaged with the bar member. A method of attaching the shelf body to the pillar material by stopping it is adopted.

Japanese Utility Model Publication No. 6-84958

  However, as described above, in the configuration in which the locking portion of the shelf body is locked to the locking hole of the pillar material, the positioning of the locking portions and the locking holes is performed while the shelf body is gripped by hand. It is necessary to do so, and it may be difficult to attach the shelf body to the pillar material. For example, when the shelf body is large or depending on the weight of the shelf body, it may be difficult to align the locking portion and the locking hole. Moreover, since the weight of a shelf main body and articles | goods will be added to a latching | locking part, a latching | locking part may be damaged by continuous use of a shelf main body. In such a case, since it is necessary to replace the entire shelf body, the cost increases.

  On the other hand, in the method in which the bar members are stretched between the column members, the intervals between the column members vary depending on the size and shape of the shelf main body, and therefore, a rod member having a length corresponding to the interval between the column members is required. For this reason, a bar member cannot be used universally according to the space | interval of column materials.

  Therefore, the present invention is a fixture used when attaching the shelf body to the pillar material, and can easily attach the pillar material to the shelf body and is affected by the interval between the pillar materials. It is an object to provide a fixture that can be used universally. It is another object of the present invention to provide a shelf formed using such a fixture, and a shelf body fixture for fixing the shelf body and the fixture.

The fixture according to the present invention is a fixture that is attached to each pillar member when the shelf body is mounted on a plurality of pillar members in a state where the shelf body on which the article is placed is erected to form a shelf . The plate material is bent and formed in a plate shape along the vertical direction, and a fixed plate fixed to the column material so that one surface faces the column material, and the shelf body is placed And a connecting plate formed in a plate shape along the vertical direction and connected to the fixing plate and the mounting portion. The connecting plate is connected to the one surface side of the fixing plate from the fixing plate. The connecting plate is formed so as to protrude and configured so that one surface of the connecting plate faces the column member in a state where the fixing plate is fixed to the column member. this that when formed so as to extend from the lower end portion of the connecting plate is connected to the connection plate along the projecting direction of both the connecting plates The features.

  According to this configuration, since the shelf main body can be placed on the placement portion after the attachment tool is attached to the pillar material, the shelf main body can be easily attached to the pillar material via the attachment tool. For this reason, attachment work can be performed more easily than the case where the shelf body itself is directly locked to the column member as in the prior art.

  In addition, since the shelf body and the fixture are separate, only the fixture can be replaced or repaired even when the fixture is damaged or deformed due to use over time. For this reason, cost reduction can be aimed at compared with the case where replacement | exchange etc. of the whole shelf main body are required like the past.

  Furthermore, the interval between the column members varies depending on the size and shape of the shelf body, but the shelf body can be supported by the fixtures attached to each column member, so the interval between the column members is The same fixture can be used universally without being affected.

The connecting plate for leaving the fixed plate or et collision, because they are formed in a plate shape along the vertical direction, likely to occur twisting along the vertical direction, there is a fear that easily deformed. Specifically, since the placement unit connected to the connection plate is in a state extending from the connection plate in a direction intersecting the connection plate, the weight of the shelf main body and the article added to the placement unit is increased. The torque along the vertical direction is transmitted to the connecting plate. For this reason, a twisting force along the vertical direction is applied to the connecting plate, and there is a possibility that the connecting plate is easily deformed. On the other hand, since the mounting portion is connected to the connecting plate along the protruding direction of the connecting plate, the weight of the shelf body and the article is added to the connecting plate along the protruding direction of the connecting plate. The twist which arises can be reduced. Thereby, it can suppress that a fixture deform | transforms easily with the weight of a shelf main body or an article | item.
In addition, the substantially horizontal direction means a direction having an angle of 0 to 10 degrees up and down with respect to a horizontal plane orthogonal to the vertical direction.

Further, the fixing plate and the connecting plate are connected along the vertical direction, and the connecting position of the connecting plate with the fixing plate and the connecting position of the connecting plate with the mounting portion are configured to intersect. It is preferable.

According to such a configuration, the connecting position of the mounting portion in the connecting plate and the connecting position between the fixing plate in the connecting plate (fixed portion connecting position) and (placing portion connecting position) is configured to intersect Thus, the twist generated in the connecting plate can be reduced as compared with the case where the fixed portion connecting position and the placement portion connecting position are separated (not intersected). Specifically, in a state where the fixed portion connecting position and the mounting portion connecting position are separated from each other, the region between the fixed portion connecting position and the mounting portion connecting position on the connecting plate is likely to be twisted. Since such a region is not formed when the connection position and the placement portion connection position intersect each other, the twist generated in the connection plate can be reduced.

The shelf according to the present invention includes a plurality of pillars arranged in a standing state so as to face each other, a shelf body on which articles are placed, and an attachment on which the shelf body is placed by being attached to each pillar member The fixture is formed by bending a single metal plate, formed in a plate shape along the vertical direction, and fixed to the column so that one surface faces the column. A fixed plate, a mounting portion on which the shelf main body is mounted, and a connecting plate formed in a plate shape along the vertical direction and connected to the fixing plate and the mounting portion. The fixing plate is formed on one surface side of the fixing plate so as to protrude from the fixing plate, and is configured so that one surface of the connecting plate faces the column material while the fixing plate is fixed to the column material. parts are along the projecting direction of the connecting plate while being formed so as to extend from the lower end portion of the coupling plate in a direction intersecting the connecting plate Characterized in that it is connected to the connecting plate.

  According to such a configuration, the shelf main body can be placed on the placement portion by attaching the fixture to the pillar material, so the shelf body can be easily attached to the pillar material via the fixture, and the shelf Assembling work can be easily performed.

  In addition, since the shelf body and the fixture are separate, only the fixture can be replaced or repaired even if the fixture is damaged or deformed over time. Thus, the cost can be reduced as compared with the case where the entire shelf body needs to be replaced.

  Furthermore, since a shelf main body can be supported by attaching a fixture to each pillar material, the same fixture can be used universally without being influenced by the space | interval between pillar materials.

  As described above, according to the present invention, when the shelf is formed, the column member and the shelf body can be easily attached, and the fixture for attaching the shelf body to the column member is provided between the column members. It can be used universally for shelves of various sizes with different intervals.

The perspective view which showed the state which formed the shelf using the fixture of this embodiment. The perspective view which showed the fixture of this embodiment. The perspective view which showed the state which attached the fixture of the embodiment to the pillar material. Sectional drawing which showed the structure of the shelf main body of the embodiment. The perspective view which showed the fixture of other embodiment. (A) is the perspective view which showed the fixture of the Example used by the measurement of a load and distortion, (b) is the perspective view which showed the fixture of the comparative example used by the measurement. The graph which showed the result of the measurement of load and distortion.

  Hereinafter, embodiments of the present invention will be described with reference to FIGS.

  As shown in FIG. 1, the fixture 1 according to the present embodiment constitutes a shelf 10 that is used when an article is displayed. Specifically, the fixture 1 is for attaching to the plurality of column members A in a standing state of the shelf body B on which the article is placed.

  The fixture 1 is configured to support the shelf main body B from below while being attached to the pillar material A. Specifically, as shown in FIG. 2, the fixture 1 includes a fixed portion 2 fixed to the pillar material A, a mounting portion 3 on which the shelf body B is mounted, a fixing portion 2 and a mounting portion. 3 is connected to a connecting portion 4 connected to 3.

  The fixed part 2 is composed of a fixed plate 2a formed in a plate shape along the vertical direction. Specifically, the fixing plate 2a is formed in a quadrangular shape, in this embodiment, a rectangular shape whose longitudinal direction is the longitudinal direction. That is, the fixed plate 2a includes an end portion (specifically, an end edge) that is linearly formed along at least the vertical direction. Further, the fixed plate 2 a is formed so that the plate surface is along the outer surface of the column material A while being fixed to the column material A.

  Moreover, the fixing | fixed part 2 is comprised so that fixing to the pillar material A is possible. In the present embodiment, the fixing plate 2a includes a locking claw 2b formed so as to protrude in the thickness direction. Then, the fixture 1 is fixed to the pillar material A by the latching claws 2 b being latched to the pillar material A.

  In the present embodiment, the locking claw 2b has a predetermined region on the plate surface of the fixed plate 2a (in this embodiment, a trapezoidal region that tapers toward the lower side) protruding in the thickness direction of the fixed plate 2a. Is formed. Specifically, the locking claw 2b is formed by projecting a region surrounded by a cut line penetrating the fixing plate 2a in the thickness direction of the fixing plate 2a and bending the tip side downward. . And the part bent toward the downward direction is comprised so that the latching claw 2b may be latched by the pillar material A by inserting in the latching hole A1 mentioned later. Moreover, in this embodiment, the two latching claws 2b are provided in parallel up and down.

  The placement unit 3 includes a placement plate 3a formed in a plate shape on which the shelf body B can be placed. Moreover, in this embodiment, the mounting part 3 is equipped with the fall prevention plate 3b which prevents the shelf main body B placed on the mounting board 3a from dropping from the fixture 1.

  Specifically, the mounting plate 3a is arranged so as to be in a substantially horizontal state so as to intersect the vertical direction. Further, in the present embodiment, the mounting plate 3a is formed in a quadrangular shape, specifically, a rectangular shape in which one direction is a longitudinal direction. That is, the mounting plate 3a is formed in a straight line shape so that both end portions in one direction (longitudinal direction) are substantially along the horizontal direction (in other words, substantially parallel to the horizontal direction).

  The drop-off prevention plate 3b is arranged so as to intersect (specifically, substantially orthogonal) with the placement plate 3a along the vertical direction. Further, the drop-off prevention plate 3b is arranged along one direction (longitudinal direction) of the placement plate 3a. Further, the dropout prevention plate 3b is connected to an end portion of the placement plate 3a. Specifically, the drop-off prevention plate 3b is connected to one end portion in the other direction (short direction) orthogonal to one direction (longitudinal direction) of the mounting plate 3a. More specifically, the lower end portion of the dropout prevention plate 3b is connected to one end portion in the short direction of the mounting plate 3a.

  In the present embodiment, the drop-off prevention plate 3b is formed in a quadrangular shape, specifically, a rectangular shape in which one direction is a longitudinal direction. Further, the drop-off prevention plate 3b is formed so that the length in one direction is substantially equal to the length in one direction (longitudinal direction) of the mounting plate 3a. That is, the drop-off prevention plate 3b is formed along one edge of the placement plate 3a in the short direction from one end portion in the longitudinal direction to the other end portion of the placement plate 3a. And the substantially whole area of the lower end edge of drop-off prevention board 3b is connected with the substantially whole area of the one end edge along the longitudinal direction of mounting board 3a. By being connected in this way, the mounting part 3 is substantially L-shaped when the mounting plate 3a and the drop-off preventing plate 3b are viewed along one direction (longitudinal direction). .

  In the present embodiment, the mounting plate 3a and the drop-off preventing plate 3b are integrally formed. Specifically, the placement plate 3a and the drop-off prevention plate 3b are formed by bending a single plate material. More specifically, the mounting plate 3a and the drop-off prevention plate 3b are formed by bending a single metal plate material at a substantially right angle at a position corresponding to one end edge along the longitudinal direction of the mounting plate 3a. Yes. And the mounting board 3a and the drop-off prevention board 3b are connected by this bending part.

  The connection part 4 is comprised from the connection board 4a formed in plate shape along the up-down direction. In the present embodiment, the connecting plate 4a is formed in a quadrangular shape. And the connection board 4a is arrange | positioned so that the both-ends edge located in an up-down direction may follow a substantially horizontal direction, and the both-ends edge located in a horizontal direction may be arrange | positioned along an up-down direction. In the present embodiment, the connecting plate 4a is formed such that the vertical length is shorter than the vertical length of the fixed plate 2a. The connecting plate 4a is disposed between the fixed plate 2a and the mounting plate 3a. And the fixed plate 2a and the mounting plate 3a are connected via the connecting plate 4a. That is, the fixture 1 of the present embodiment is configured such that the fixing plate 2a protrudes on one surface side of the connecting plate 4a and the mounting plate 3a extends on the other surface side.

  The connecting plate 4a is configured to protrude from the fixed portion 2 in a substantially horizontal direction. In the present embodiment, the connecting plate 4a is configured to protrude from the fixed plate 2a along the thickness direction of the fixed plate 2a. Specifically, the connecting plate 4a is disposed so as to intersect (specifically, substantially orthogonal) to the fixed plate 2a and is connected to the fixed plate 2a.

  The connecting plate 4a is connected to the fixed portion 2 (specifically, the fixed plate 2a) along the vertical direction. That is, a connection position (hereinafter referred to as a fixed part connection position) 24 with the fixed part 2 in the connection plate 4a is formed along the vertical direction. The connecting plate 4a is connected to the end portion (specifically, the end edge) of the fixed plate 2a. Specifically, the connecting plate 4a is connected to one end (specifically, one end edge) along the vertical direction of the fixed plate 2a. Moreover, the connection plate 4a is connected to the fixed plate 2a at one end (specifically, one end edge) along the vertical direction. That is, the fixed portion connection position 24 is formed at one end edge along the vertical direction of the connection plate 4a. As described above, in the present embodiment, one end portions (specifically, one end edges) of the connecting plate 4a and the fixing plate 2a along the vertical direction are connected to each other, and the fixing portion connecting position 24 is linear along the vertical direction. Is formed.

  The fixed portion connection position 24 is formed in substantially the entire area between both ends of the connection plate 4a in the vertical direction. The connecting plate 4a is connected between both ends (specifically, the lower end portion) of the fixed plate 2a in the vertical direction. By connecting the connecting plate 4a and the fixed plate 2a as described above, the shape when the fixed plate 2a and the connecting plate 4a are viewed in the vertical direction is substantially L-shaped.

  In the present embodiment, the connecting plate 4a and the fixed plate 2a are integrally formed. Specifically, the connecting plate 4a and the fixed plate 2a are formed by bending a single plate material. More specifically, a single metal plate is bent at a substantially right angle at a position corresponding to one end edge (that is, the fixed portion connecting position 24) along the vertical direction of the connecting plate 4a, so that the connecting plate 4a and the fixed plate are fixed. A plate 2a is formed. And the fixed part connection position 24 is formed in this bending part.

  Further, the connecting plate 4a is disposed so as to intersect with the mounting plate 3a (specifically, substantially orthogonal). In other words, the connecting plate 4a is arranged so as to stand up from the mounting plate 3a.

  Further, the connecting plate 4 a is connected to the mounting portion 3 (specifically, the mounting plate 3 a) along the direction protruding from the fixed portion 2. In other words, a connecting position 34 (hereinafter referred to as a mounting portion connecting position) 34 with the mounting portion 3 in the connecting plate 4a is formed along the protruding direction of the connecting plate 4a. And it is comprised so that the mounting plate 3a connected with the connection plate 4a may be extended from the connection plate 4a in the direction (thickness direction of the connection plate 4a) which cross | intersects with the connection plate 4a.

  In the present embodiment, the connecting plate 4a is connected to the end of the mounting plate 3a. Specifically, the connecting plate 4a is connected to one end portion in one direction (that is, the longitudinal direction) of the mounting plate 3a. Further, the connecting plate 4a is connected to the mounting plate 3a at one end (specifically, the lower end edge) positioned in the vertical direction. That is, in this embodiment, the lower end edge of the connection plate 4a and the one end edge located in one direction of the mounting plate 3a are connected. The connecting plate 4a is connected between both ends of the mounting plate 3a in the short direction (specifically, the drop-off preventing plate 3b side). By connecting the connecting plate 4a and the mounting plate 3a as described above, the shape when the mounting plate 3a and the connecting plate 4a are viewed along the other direction (short direction) of the mounting plate 3a. It is substantially L-shaped.

  And the mounting part connection position 34 is linearly formed along the protrusion direction (substantially horizontal direction) of the connection plate 4a. Specifically, the placement portion coupling position 34 is formed over substantially the entire area between both ends in the protruding direction of the coupling plate 4a. In the present embodiment, when the connection plate 4a is viewed along the thickness direction, the placement portion connection position 34 is formed so as to intersect (specifically, substantially orthogonal) with the fixed portion connection position 24. .

In the present embodiment, the connecting plate 4a and the mounting plate 3a are integrally formed. Specifically, the connecting plate 4a and the mounting plate 3a are formed by bending a single plate material. More specifically, the connecting plate 4a and the mounting plate 3a are formed by bending a single metal plate arranged so as to stand substantially at a right angle at a position corresponding to the lower end edge of the connecting plate 4a. Yes. And the mounting part connection position 34 is formed in this bending part.
That is, in this embodiment, the fixture 1 is formed entirely by bending a single metal plate member. As this board member, what consists of iron, aluminum, etc. can be used.

  As described above, the fixture 1 is configured so that the fixing plate 2a is in a state along a direction intersecting the mounting plate 3a (specifically, a direction perpendicular to the mounting plate 3a). The mounting plate 3a extends from the fixed plate 2a in a direction intersecting the vertical direction (specifically, a substantially horizontal direction).

  In addition, in the shelf 10 of this embodiment, the fixture 1 in which the protruding direction of the connecting plate 4a is on one side of the fixed plate 2a (specifically, the side on which the locking claws 2b are formed) and the other The fixture 1 which is the surface side (specifically, the side where the locking claw 2b is not formed) is used. Moreover, the fixture 1 with which the connection plate 4a is connected with the one end part along the up-down direction of the fixed plate 2a, and the fixture 1 with which the connection plate 4a is connected with the other end part in the up-down direction are used. Is done.

  That is, four fixtures 1 are used in the shelf 10 of the present embodiment. Specifically, one of the two fixtures 1a and 1b including the connecting plate 4a protruding on one surface side of the fixed plate 2a is provided at one end portion along the vertical direction of the fixed plate 2a. The connecting plate 4a is provided, and the other fixture 1b is provided with a connecting plate 4a connected to the other end along the vertical direction of the fixed plate 2a. Of the two fixtures 1c, 1d provided with the coupling plate 4a extending to the other surface side of the fixed plate 2a, one of the fixtures 1c is connected to one end portion along the vertical direction of the fixed plate 2a. The other fixture 1d is provided with a connecting plate 4a connected to the other end portion along the vertical direction of the fixed plate 2a.

  Next, a state in which the fixture 1 is attached to the pillar material A will be described. As shown in FIG. 3, a locking hole A1 for inserting and locking the locking claw 2b of the fixing plate 2a is formed in the column member A to which the mounting tool 1 is mounted. A plurality of the locking holes A1 are formed at equal intervals along the vertical direction. Further, the interval between the locking holes A1 is formed substantially equal to the interval between the two locking claws 2b. Thereby, since the two locking claws 2b formed in the fixing plate 2a are locked in the two locking holes A1, the fixture 1 can be fixed to the pillar material A in a stable state.

  In addition, in a state where the fixture 1 is attached to the pillar material A, the mounting portion 3 extends from the pillar material A in a direction intersecting the pillar material A (specifically, substantially horizontal direction). It becomes. In this state, the mounting plate 3a is in a substantially horizontal state. Further, the fixed portion connection position 24 in the connection plate 4a is formed along the longitudinal direction (that is, the vertical direction) of the pillar material A. On the other hand, the placement portion coupling position 34 is formed so as to be substantially orthogonal to the longitudinal direction of the columnar material A (specifically, in a substantially horizontal direction).

  In the present embodiment, one fixture 1 is attached to each of the four columnar members A arranged at the vertexes of the rectangle. At this time, the fixture 1 is attached to each pillar material A so that the placing portion 3 extends between two adjacent pillar materials A. That is, the mounting part 3 extended from each of the two adjacent pillar materials A is in a state in which the extending directions face each other. In the shelf 10 of the present embodiment, in a state where the fixture 1 is attached to each column member A, two sets of two column members A in which the extending directions of the mounting portions 3 face each other are provided in parallel. It has been. In the following description, of the two sets of column members A, the side on which one is located is the front side of the shelf 10, and the side on which the other is located is the rear side of the shelf 10.

  A drop-off prevention plate 3b of the fixture 1 attached to each pillar member A located on the front side of the shelf 10, and a drop-off prevention plate 3b of the fixture 1 attached to each pillar member A located on the rear side of the shelf 10; Are facing each other. And each mounting board 3a is located between the drop-off prevention board 3b which opposes. That is, the shelf 10 is configured such that the shelf body B is disposed between each dropout prevention plate 3b located on the front side and each dropout prevention plate 3b located on the rear side.

  Further, in a state where the fixture 1 is attached to each column A, the height position of the fixture 1 located on the front side of the shelf 10 is lower than the height position of the fixture 1 located on the rear side of the shelf 10. It is preferable to become. Thereby, when the shelf body B is placed on the fixture 1, the shelf body B is inclined toward the front side of the shelf 10.

  The shelf body B placed on each fixture 1 is not particularly limited, and for example, a shelf body B formed in a square shape can be used. Specifically, as shown in FIG. 4, the shelf body B includes a placement panel B1 on which an article is placed and a laminated panel B2 that is laminated below the placement panel B1. Further, in the present embodiment, the shelf body B is configured to be fixable to the fixture 1. Specifically, the shelf main body B includes a shelf main body fixture B <b> 3 configured to be fixable to the fixture 1. Further, the shelf main body B includes a fall prevention material B4 that prevents articles placed on the placement panel B1 from dropping from the shelf main body B.

  The placement panel B1 is configured such that the placed article can move along one direction (the front-rear direction of the shelf 10). Specifically, the placement panel B1 includes a plurality of roller members B11 that rotate along one direction, and the roller members B11 are arranged in parallel on the surface on which the article is placed. And an article is movable along one direction because an article is mounted on this roller member B11. Thereby, in a state where the shelf body B is placed on the fixture 1 so as to be inclined toward the front of the shelf 10, the article on the placement panel B1 moves to the front of the shelf 10 by its own weight. .

  The multilayer panel B2 has an outer shape that is substantially the same as that of the mounting panel B1, and is arranged below the mounting panel B1 to support the mounting panel B1.

  The shelf main body fixture B3 is configured to be positioned on the placement plate 3a when the shelf body B is placed on the placement portion 3. Specifically, the shelf body fixture B3 is disposed at both ends of the shelf body B in one direction (the front-rear direction of the shelf 10). Further, the shelf body fixture B3 includes a front fixture B31 arranged on the front side of the shelf 10 and a rear fixture B32 arranged on the rear side of the shelf 10. And shelf main body fixing tool B3 is provided with panel insertion part insertion part B33, B34 comprised so that each panel B1, B2 could each be inserted. Specifically, the shelf body fixture B3 includes a placement panel insertion portion B33 for fitting the placement panel B1, and a laminated panel insertion portion B34 for fitting the laminated panel B2.

  Further, the shelf main body fixture B3 includes a fixture insertion portion B36 for fitting the fixture 1 therein. The fitting fitting portion B36 is configured so that the drop-off prevention plate 3b of the fitting 1 can be fitted. In this embodiment, the fixture fitting part B36 is provided in the front fixture B31. Moreover, the fitting fitting part B36 is comprised from insertion groove | channel B36 comprised so that the drop-off prevention board 3b could be inserted. And by attaching the drop prevention plate 3b to the fitting groove B36, the shelf main body B is fixed to the fixture 1, and the shelf main body B from the fixture 1 is effectively prevented from falling off.

  Further, the shelf body fixture B3 includes a fall prevention material holding part B35 that holds the fall prevention material B4. This fall prevention material holding part B35 is comprised so that insertion of the fall prevention material B4 is possible. In this embodiment, fall prevention material holding part B35 is comprised so that insertion of the fall prevention material B4 formed in plate shape along an up-down direction is possible. Moreover, the fall prevention material holding part B35 is configured such that the upper end portion of the fall prevention material B4 is positioned above the placement panel B1 in a state where the fall prevention material B4 is held.

  Further, the shelf main body fixture B3 includes a display means attachment portion B37 for attaching a display means (for example, a price tag) on which information related to the article is displayed. The display means mounting portion B37 is provided in the front fixture B31. The display means mounting portion B37 is configured to be attachable to the shelf body B in a state where the display means formed in a sheet shape or a plate shape is erected. In the present embodiment, the display means mounting portion B37 is configured to sandwich the upper end portion and the lower end portion of the display means.

  As described above, according to the present invention, when forming a shelf, the column member and the shelf body can be easily attached, and the fixture can be used without being affected by the interval between the column members. Can be used.

  That is, by attaching the fixture 1 to the pillar material A, the shelf body B can be placed on the placement portion 3, so that the shelf body B can be easily attached to the pillar material A via the fixture 1. Can do. For this reason, attachment work can be performed more easily than the case where the shelf body B itself is directly locked to the column member A as in the prior art.

  Moreover, since the shelf main body B and the fixture 1 are separate bodies, even if the fixture 1 is damaged or deformed due to use over time, only the fixture 1 is replaced or repaired. be able to. For this reason, cost reduction can be aimed at rather than the case where replacement | exchange etc. of the whole shelf main body B are required like the past.

  Furthermore, since the shelf main body B can be supported by attaching the fixture 1 to each pillar material A, the same fixture 1 can be used universally without being affected by the interval between the pillar materials A. it can.

  Moreover, since the mounting portion connection position 34 is formed along the protruding direction of the connecting plate 4a, the weight of the shelf body B and the article is added to the connecting plate 4a along the protruding direction of the connecting plate 4a. . For this reason, it can suppress that the twist along an up-down direction arises in the connection board 4a, and can suppress that the fixture 1 deform | transforms easily.

  By forming the fixed portion connecting position 24 and the placement portion connecting position 34 so as to intersect with each other, the fixed portion connecting position 24 and the placement portion connecting position 34 are formed apart from each other. It is possible to suppress the twisting of the connecting plate 4a. Specifically, in a state where the fixed portion connection position 24 and the placement portion connection position 34 are separated from each other, the region between the fixed portion connection position 24 and the placement portion connection position 34 in the connection plate 4a is as described above. Although twisting is likely to occur, such a region is not formed when the fixed portion coupling position 24 and the placement portion coupling position 34 intersect with each other, so that the twist occurring in the coupling plate 4a can be reduced.

  In addition, the fixture and shelf which concern on this invention are not limited to the said embodiment, A various change is possible in the range which does not deviate from the summary of this invention. Further, the configurations and methods of the plurality of embodiments described above may be arbitrarily adopted and combined (even if the configurations and methods according to one embodiment are applied to the configurations and methods according to other embodiments). Of course, it is of course possible to arbitrarily select configurations, methods, and the like according to various modifications described below and employ them in the configurations, methods, and the like according to the above-described embodiments.

  For example, in the above-described embodiment, when the connection plate 4a is viewed along the thickness direction, the fixed portion connection position 24 and the placement portion connection position 34 are configured to intersect, but the present invention is not limited thereto. Instead of this, the fixed portion connecting position 24 and the placement portion connecting position 34 may be formed at positions separated from each other. Specifically, as shown in FIG. 5A, the mounting portion connection position 34 may be formed below the fixed portion connection position 24. More specifically, the connecting plate 4a ′ is formed in a rectangular shape that is long in the vertical direction, and the fixed portion connecting position 24 is formed on the upper end side of the one end along the vertical direction of the connecting plate 4a ′. The placement portion connection position 34 may be formed at the lower end portion of the connection plate 4a. That is, the fixed portion connecting position 24 and the placement portion connecting position 34 may be formed with a space in the vertical direction.

  Alternatively, as illustrated in FIG. 5B, the fixed portion connecting position 24 and the placement portion connecting position 34 may be formed so as to be separated from each other in the protruding direction of the connecting plate 4 a ″. Specifically, the connecting plate 4a '' is formed in a rectangular shape that is long along the protruding direction, the fixed portion connecting position 24 is formed at one end located in the longitudinal direction, and the other end in the longitudinal direction. The mounting portion connection position 34 may be formed on the surface. In other words, the fixed portion connecting position 24 and the placement portion connecting position 34 may be formed with an interval along the protruding direction of the connecting plate 4 a ″.

  Moreover, in the said embodiment, the connection plate 4a is arrange | positioned between the fixed plate 2a and the mounting plate 3a, the fixed plate 2a extends on one surface side of the connection plate 4a, and is mounted on the other surface side. The mounting plate 3a is configured to extend, but is not limited to this, and as shown in FIG. 5 (c), the fixed plate 2a and the mounting plate 3a are one of the connecting plates 4a ''. It may be configured to extend to the surface side. In such a case, since the fixed plate 2a stands up in the vicinity of one end portion in the other direction of the mounting plate 3a, the shelf main body B can be prevented from falling off by the fixed plate 2a. That is, since the fixing plate 2a functions as a drop-off prevention plate, it is not necessary to separately provide the drop-off prevention plate 3b on the mounting portion 3.

  Moreover, in the said embodiment, although the fixture 1 is formed by bending one board member, it is not limited to this, The fixed board 2a, the mounting board 3a, and the connection board 4a are included. The fixture 1 may be formed by being formed as separate members and being connected to each other.

  Moreover, in the said embodiment, although it has comprised so that the latching claw 2b of the fixing plate 2a may be latched by the locking hole A1 of the pillar material A, it is not limited to this, A fixing plate is a pillar. You may make it fix to a material using a volt | bolt etc.

  Moreover, in the said embodiment, although the fixed plate 2a is formed in the rectangular shape whose vertical direction becomes a longitudinal direction, it is not limited to this, For example, various shapes, such as a rectangular shape or a square shape whose horizontal direction becomes a longitudinal direction, are included. The shape may also be Furthermore, in the said embodiment, although the fixing | fixed part 2 is formed in plate shape, it is not limited to this, For example, shapes other than plate shapes, such as cube shape and a rectangular parallelepiped shape, may be sufficient.

  Moreover, in the said embodiment, although the mounting board 3a is formed in the rectangular shape whose one direction becomes a longitudinal direction, it is not limited to this, For example, the rectangular shape or square shape whose other direction becomes a longitudinal direction Various shapes may be used. Furthermore, in the said embodiment, although it is comprised so that the shelf main body B may be mounted on the mounting board 3a, it is not limited to this, It replaces with the mounting board 3a, and one or more The mounting portion 3 may be formed by extending the columnar body from the connecting plate 4a. When a plurality of columnar bodies are used, one end portions of the plurality of columnar bodies arranged in parallel along the protruding direction of the connecting plate 4a may be connected to the connecting plate 4a.

  Moreover, in the said embodiment, although the shelf 10 is comprised using four types of fixtures 1, it is not limited to this, Two fixtures 1a and two fixtures 1b are used. The shelf 10 may be formed.

  Examples of the present invention will be described below.

<Example>
1. Preparation of Test Specimen Similar to the above embodiment, a fixture 1 as shown in FIG. 6A was prepared by bending a single metal (aluminum) plate (thickness: 1.6 mm). . The mounting plate 3a has a rectangular shape (95 mm × 50 mm) in which one direction is long, and the length of the mounting portion connection position 34 is 30 mm.

2. Test Method The fixing plate 2a of the obtained test specimen was fixed to a column member, and a load was applied to the mounting plate 3a from above to below using a tensile / compression tester (Tensilon RTG-1320). The relationship between load and strain was measured. Specifically, the relationship between the displacement (strain) and the load at that time when a load was applied to the mounting plate 3a from the vertical direction and displaced at a predetermined speed (5 mm / min) was measured. The measurement results are shown in the graph of FIG.

<Comparative example>
1. Production of Test Specimen As shown in FIG. 6 (b), the same as the example, except that the connecting portion (mounting portion connecting position) 34X between the connecting plate 4a and the mounting portion 3 is formed along the vertical direction. Thus, a fixture X was produced.

2. Test Method The fixing plate 2a of the obtained test specimen was fixed to the column material A, and the relationship between strain and load was measured in the same manner as in the example. The measurement results are shown in the graph of FIG.

<Summary>
Comparing the example and the comparative example, it is recognized that it is necessary to apply more load to the specimen of the example in order to give a predetermined strain (particularly, 2.0 mm to 4.0 mm). . That is, it is recognized that the fixture 1 of the embodiment is less likely to be deformed than the fixture X of the comparative example. This is because when the mounting portion coupling position 34X is formed along the vertical direction as in the comparative example, the coupling plate 4a is likely to be twisted along the vertical direction due to the load, and the coupling plate 4a is easily deformed. On the other hand, it is thought that it is possible to suppress the occurrence of the twist by forming the placement portion coupling position 34 as in the embodiment.

  DESCRIPTION OF SYMBOLS 1 ... Mounting tool, 2 ... Fixed part, 2a ... Fixed plate, 3 ... Mounting part, 3a ... Mounting board, 4 ... Connection part, 4a ... Connection board, 10 ... Shelf, 24 ... Fixed part connection position, 34 ... Placement part connection position, A ... pillar material, B ... shelf main body

Claims (11)

When attaching a plurality of pillars in an upright state to the shelf body on which the article is placed to form a shelf, it is a fixture attached to each pillar member,
One metal plate is bent and formed,
A fixed plate that is formed in a plate shape along the vertical direction and is fixed to the column material so that one surface thereof faces the column material, a mounting unit on which the shelf body is mounted, and a vertical direction A connection plate formed in a plate shape and connected to the fixed plate and the mounting portion,
The connecting plate is formed on one surface side of the fixing plate so as to protrude from the fixing plate, and is configured such that one surface of the connecting plate faces the column member in a state where the fixing plate is fixed to the column member. , placing portion, and characterized by being connected to the connection plate along the projecting direction of both the connecting plate when it is formed so as to extend from the lower end portion of the coupling plate in a direction intersecting the connecting plate Fittings to do.   The fixing plate and the connecting plate are connected along the vertical direction, and the connecting position of the connecting plate with the fixing plate and the connecting position of the connecting plate with the mounting portion are configured to intersect. The fixture according to claim 1, characterized in that:   The mounting portion is composed of a mounting plate formed in a plate shape along a substantially horizontal plane, and is integrally formed in a state where the fixing plate, the mounting plate, and the connecting plate are arranged so as to be orthogonal to each other. The fixture according to claim 1 or 2, characterized by the above. A plurality of pillars arranged in a standing state so as to face each other, a shelf body on which articles are placed, and a fixture on which the shelf body is placed by being attached to each pillar member,
The fixture is formed by bending a single metal plate, formed in a plate shape along the vertical direction, and a fixing plate fixed to the column so that one surface faces the column. A mounting portion on which the shelf main body is mounted; and a connecting plate formed in a plate shape along the vertical direction and connected to the fixing plate and the mounting portion.
The connecting plate is formed on one surface side of the fixing plate so as to protrude from the fixing plate, and is configured such that one surface of the connecting plate faces the column member in a state where the fixing plate is fixed to the column member. The mounting portion is formed to extend from the lower end of the connecting plate in a direction intersecting the connecting plate and is connected to the connecting plate along the protruding direction of the connecting plate. shelf.   The fixing plate and the connecting plate are connected along the vertical direction, and the connecting position of the connecting plate with the fixing plate and the connecting position of the connecting plate with the mounting portion are configured to intersect. The shelf according to claim 4 characterized by things.   The mounting portion is composed of a mounting plate formed in a plate shape along a substantially horizontal plane, and is integrally formed in a state where the fixing plate, the mounting plate, and the connecting plate are arranged so as to be orthogonal to each other. The shelf according to claim 4 or 5, characterized by the above-mentioned.   The shelf according to any one of claims 4 to 6, wherein the shelf body includes a shelf body fixing tool configured to be fixable to the fixture.   The shelf body includes a placement panel configured to allow the placed article to move along one direction and a laminated panel laminated below the placement panel, and the shelf body fixture is The shelf according to claim 7, wherein the mounting panel and the laminated panel can be attached.   The shelf body fixture according to claim 7 or 8, further comprising a fall prevention material holding portion that holds a fall prevention material that prevents articles on the shelf body from falling from the shelf body. . Mounting the mounted article is attached to each of the moveable become so constructed placed panel and the placing location panel pillar material and a laminated panel plurality of stacked downward along the one direction When forming the shelf by placing on the tool, the mounting panel and the laminated panel are attached to form the shelf body, and the shelf body fixing tool for fixing the shelf body to the attachment tool,
The fixture is formed in a plate shape along the vertical direction, and a fixing plate fixed to the column member so that one surface thereof faces the column member, and a mounting unit on which the shelf body is mounted , A connecting plate formed in a plate shape along the vertical direction, in which the fixed plate and the mounting portion are connected, and a shelves that prevent the shelf body placed on the mounting portion from falling off the mounting portion With a prevention plate,
The connecting plate is formed on one surface side of the fixing plate so as to protrude from the fixing plate, and is configured such that one surface of the connecting plate faces the column member in a state where the fixing plate is fixed to the column member. The mounting portion is formed to extend from the connection plate in a direction intersecting the connection plate and is connected to the connection plate along the protruding direction of the connection plate.
A fitting fitting portion for fitting the drop-off prevention plate, a panel fitting portion for fitting the placement panel and the laminated panel, and a fall prevention material holding for holding the fall prevention material for preventing the article from falling from the shelf body. A shelf body fixing tool.   The shelf body fixture according to claim 10, further comprising a display unit holding unit that holds a display unit on which information on an article is displayed.

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