JP3111203U - Rack shelf support device - Google Patents

Abstract

It is possible to change positions of members constituting a rack so that a plurality of designs can be obtained with one rack.
An arrangement of connecting means 5 of one vertically long plate 3 and an arrangement of connecting means 5 of the other vertically long plate 4 are arranged in a line-symmetrical position with a center line between two vertically long plates as a center line, In addition, with the center of the rack height direction between the two vertically long plates as the center point, the position is symmetrical with respect to the rack shelf a by the shelf support portion 2 placed in the rack height direction and inverted upside down. It was set as the structure which enabled the support by the shelf support part 2. FIG.
[Selection] Figure 1

Description

  The present invention relates to a rack shelf support device for forming a rack that supports a plurality of rack shelves and is used as a book shelf or a storage shelf.

Conventionally, for racks such as book shelves and storage shelves, a pair of side plates that support the rack shelves in multiple steps in the rack height direction are rotated to the back plate for the purpose of flattening the entire rack. A configuration has been proposed in which connection is possible, the rack shelf is removed from the side plate, and the side plate can be folded back to the back plate side (see, for example, Patent Document 1).
Utility Model Registration No. 3027915

By the way, the rack is one of relatively large pieces of furniture, and has a role of forming an atmosphere of a general living room. Therefore, a rack that matches the atmosphere of the living room is selected at the time of purchase.
However, the racks installed in a general living room, including those that can be folded, are determined in terms of the position of the side plate and the back plate in the rack, so the design of one rack itself is fixed. . And when the atmosphere of a living room is changed, the design of a rack may become unsuitable, and the rack is also replaced.
For this reason, it has been demanded that the user can change the rack design so that a variety of designs can be obtained from one rack.
In view of the above circumstances, an object of the present invention is to make it possible to change the position of members constituting a rack and to obtain a plurality of designs with one rack.

The present invention has been made in consideration of the above problems, and includes a pair of shelf support portions that support a plurality of upper and lower rack shelves facing each other in the rack front direction, and each of the shelf support portions is located on the inner side of the rack. Two vertically long plates with a width corresponding to the rack depth width of the rack shelf are arranged opposite to each other on the inner surface of the rack. The connecting row of connecting means of one vertically long plate and the connecting row of connecting means of the other vertically long plate connected to the one vertically long plate are two vertically long plates. It is in a line-symmetrical position with the center line between the face plates, and in a point-symmetrical position with the center in the rack height direction between the two vertically long face plates as the center point. Support by the shelf support unit placed and inverted shelf support unit upside down Support and it has a structure that enables by providing a rack shelf support system according to claim is intended to solve the above problems.
Further, in the present invention, one of the vertically long plates in each of the shelf support portions is provided with a plurality of horizontally long slits that are open along the horizontal direction and in which a locking tool such as a hook can be detachably inserted and locked. Each of the slits can be arranged between the rack shelf arrangement possible parts.

(Effect of Claim 1)
According to the first aspect of the present invention, it is possible to support the rack shelf by the shelf support portion placed in the rack height direction and by the shelf support portion inverted upside down. By changing the color tone and design of the racks from each other and placing the shelf support part upright or inverted, the appearance of the rack will change greatly, making it possible to use a single rack itself without variations. It has excellent practicality, such as being able to form rich designs.
(Effect of claim 2)
According to the second aspect of the present invention, various articles can be hung on a vertically long face plate provided with a horizontally long slit via a locking tool, and the shelf support portion can be effectively used to improve the functionality of the rack.

Next, the present invention will be described in detail based on the illustrated embodiment.
In the figure, reference numeral 1 denotes a rack shelf support device in a rack a, which comprises a pair of shelf support portions 2 that support a plurality of rack shelves b arranged in a plurality of upper and lower stages in the rack height direction so as to face each other in the rack front direction. . As shown in FIG. 2, each of the shelf support portions 2 is connected to one longitudinal face plate 3 located on the rack rear side and the other longitudinal face plate 4 located on the rack side face via a hinge device (not shown). In this case, both the vertically long plates 3 and 4 are provided in the rack height direction. As described above, since the vertically long plates 3 and 4 are connected via the hinge device, they can be folded so that the inner surfaces of the racks face each other, and the inner surfaces of the racks. Can be opened so that they are aligned on the same plane (FIGS. 4 and 5).

As described above, the rack support portions 2 that can be folded and unfolded via the hinge device are arranged at right angles from the side of the rack to the back of the rack. The rack support plate 2 forms the rack back plate, and the rack side plate and the rack back plate can also be formed by reversing the positions of one of the vertical plate 3 and the other vertical plate 4. ing. This point will be described.
First, each of the one vertically long plate 3 and the other vertically long plate 4 of the shelf support portion 2 has a width corresponding to the rack depth width of the rack shelf, and the front portion of the other vertically long plate 4 is the rack shelf in front of the rack. In addition to being aligned with the front portion of b, the width of the front portion of one of the vertically long face plates 3 is set to be aligned with the front portion of the rack shelf b even when one of the vertically long face plates 3 is arranged on the side of the rack.
Further, in the embodiment, the width dimension of one of the vertically long plate 3 and the other vertically long plate 4 is about ½ of the rack shelf length in the rack front direction of the rack shelf b. Each of the longitudinally long face plates 3 of the shelf support portions 2 arranged opposite to each other is positioned on the back side of the rack to constitute a rack back plate. And even when each of the other vertically long plate 4 is located on the back side of the rack, it constitutes a rack back plate.

As described above, when the shelf support portions 2 are arranged on the rack side surface and the rack rear surface side, the width is set so as to be aligned with the front portion of the rack shelf b on the front side of the rack, and the other oblong plate 3 and the other The vertically long plate 4 has a structure for supporting the rack shelf b, and the connecting means 5 that can be connected to the rack shelf b on the inner surface of the racks of both the vertically long plates 3 and 4 has a rack height. They are arranged at regular intervals in the direction. The connecting means 5 is provided with a rack shelf b having an engagement fitting c having a projecting and retracting engagement protrusion, and is formed in the thickness direction so as to receive the engagement protrusion of the engagement fitting c. It comprises an engagement hole, and the rack shelf b can be supported by the shelf support part 2 by operating the engagement fitting c and inserting the engagement projection into the connecting means 5.
As shown in FIG. 5, the connecting means 5 is located along the opposite side of the connecting portion between the one of the vertically long plate 3 and the other vertically long plate 4. The height of the vertically long plate 4 and the connecting means 5 is uniform.
Further, the row 5a in which the connecting means 5 of the one vertically long plate 3 are arranged and the row 5b in which the connecting means 5 of the other vertically long plate 4 are arranged are lines with the center line between the vertically long plates 3, 4. It is in a symmetrical position and is in a point-symmetrical position with the center in the rack height direction between the vertically long plates 3 and 4 as the center point. For this reason, even when the shelf support part 2 is placed upright with respect to the rack height direction or when the shelf support part 2 is turned upside down, the rack support part 2 is always connected to a portion that can be placed on the rack shelf b when viewed from the whole rack. Means 5 are provided to be present. Of course, even in the rack shelf b, the engagement fitting c is arranged at a position corresponding to the connecting means 5.
As a result, the rack a has a configuration that enables support by the shelf support part 2 placed in the rack height direction with respect to the rack shelf b and support by the shelf support part 2 placed upside down. If the vertical surface plate 3 and the other vertical surface plate 4 have different surface color tones, or if the material of the vertical surface plate itself is different, the rack support unit 2 is placed in a rack when it is placed upside down. The overall design will be very different. That is, the design variation of the rack a increases. FIGS. 6 and 7 show a state in which the left and right shelf support portions 2 are inverted.
In addition, it is not necessary to place both the right and left shelf support parts 2 upside down or upside down, and the shelf support part that reverses the top and bottom can be selected by the user.

  In the shelf support portion 2, a horizontally long slit 6 that is open along the horizontal direction is disposed between one of the vertically long surface plates 3 between the rack shelf-arrangeable portions. The design is very different. The horizontally long slit 6 is capable of detachably inserting and locking a locking tool such as a hook. By setting the locking tool, the horizontally long slit 6 functions as a place for hanging various articles on one of the vertically long plates 3. This will improve the functionality of the rack a.

  Note that the length of the rack shelf in the rack front direction is not limited to the embodiment, and may be longer than the above-described example. Further, it is possible to attach a table top extending to the front side of the rack at a position where the rack shelf can be arranged.

It is explanatory drawing shown in the state which looked at the rack using an example of the shelf support apparatus which concerns on this invention from the front. It is explanatory drawing shown in the state which looked at the rack from upper direction. It is explanatory drawing shown in the state which looked at the rack from the side. It is explanatory drawing which shows joining of one vertical surface plate and the other vertical surface plate in the shelf support part in an example. It is explanatory drawing which shows the state which expand | deployed the shelf support part in an example. It is explanatory drawing shown in the state which looked at the rack using the shelf support part turned upside down in an example of a shelf support apparatus from the front. It is explanatory drawing shown in the state which looked at the rack using the shelf support part turned upside down in an example of a shelf support apparatus from the side.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Rack shelf support apparatus 2 ... Shelf support part 3 ... One vertically long surface plate 4 ... The other vertically long surface plate 5 ... Connection means 6 ... Horizontally long slit a ... Rack b ... Rack shelf c ... Engagement bracket

Claims (2)

It consists of a pair of shelf support parts that support the rack shelves arranged in multiple stages above and below in the rack front direction,
Each of the shelf support portions has two vertically long connecting members that are connected to the rack shelf on the inner surface of the rack at regular intervals in the rack height direction and have a width corresponding to the rack depth width of the rack shelf. The face plates are connected to each other so that the inner surfaces of the racks can be folded and connected, and an array of connecting means for one longitudinal face plate and the connection of the other longitudinal face plate connected to the one longitudinal face plate The array of means is in a line-symmetrical position with the center line between the two vertically long plates, and in a point-symmetrical position with the center in the rack height direction between the two vertically long plates as the center point. Yes,
A rack shelf support device characterized in that it can be supported by a shelf support portion placed in the rack height direction with respect to the rack shelf and supported by a shelf support portion inverted upside down.   One of the vertically long plates in each of the shelf support portions includes a plurality of horizontally long slits that open in the horizontal direction and that can be detachably inserted and locked with locking tools such as hooks. The rack shelf supporting device according to claim 1, wherein the rack shelf supporting device is arranged between the placeable portions.

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