JP2523317Y2 - Storage shelf boxes - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a storage shelf box that holds a jacket portion of a compact disk case or the like in an upright state with the front surface of the jacket portion facing the front.

2. Description of the Related Art A compact disk (hereinafter, referred to as a CD) in a transparent hard case is displayed in a record store, a rental record store, and the like. Conventionally, dozens to hundreds of stacked CD cases are leaned against the back of the storage shelf box that contains the CD case's horizontal dimensions, or several CD cases are set with the front surface of the CD case's jacket front. I was leaning on it again.

[Problem to be solved by the invention] However, the thickness of the CD case is as thin as 10 mm, and it is easy to fall down when leaning against the back, and the title, song name, and person name are small and difficult to read. In addition, when dozens of sheets are stacked, it is difficult to remove one sheet.

Also, when several sheets are stacked and leaned against the front surface of the jacket part, it is easy to fall down, and it is difficult to take out one by one because there is a CD case deep in the storage shelf box.

According to the present invention, a flat rigid body such as a compact disk case is held upright with the front surface facing the front surface, easy to put in and out, and when stored, the front surface of the flat rigid body becomes the forefront. The purpose is to get a shelf box.

[Means for Solving the Problems] The storage shelf box according to claim 1 of the present invention is configured by stacking at least one flat rigid body having fixed vertical, horizontal, and thickness dimensions in the thickness direction, and putting in and out the stacking direction. In a storage shelf box that can be stored as possible, a housing-shaped main body having an internal vertical dimension longer by a predetermined dimension 1 than the vertical dimension of the flat rigid body, and the flat rigid body stored in the main body are stacked. An opening provided on the front side in the direction, an extruding member for applying a force toward the opening to the flat rigid body housed in the main body, and preventing the flat rigid body from jumping out of the opening. A locking member, wherein the locking member includes a hanging member formed at an upper edge of the opening, and a rising member formed at a lower edge of the opening, and the hanging member and the rising member. The member is housed in the main body. Abutting at positions near the upper end and the lower end of the flat rigid body, wherein the vertical length of the rising member is shorter than the dimension l, and the main body portion has the opening at the inner surface in the vertical direction. An up-stop member having a vertical length smaller than the dimension l at a location recessed from the portion by the thickness dimension of the flat rigid body.

The storage shelf box according to the invention of claim 2 is a storage shelf box that stores one or more flat rigid bodies having fixed vertical, horizontal, and thickness dimensions in the thickness direction so as to be capable of being taken in and out in the stacking direction. A housing-shaped main body having an internal vertical dimension longer than the vertical dimension of the flat rigid body by a predetermined dimension l, and an opening provided on the front surface of the flat rigid body accommodated in the main body in the stacking direction An extruding member for applying a force toward the opening to the flat rigid body housed in the main body; and a locking member for preventing the flat rigid body from jumping out of the opening. The stop member includes a hanging member formed at an upper edge of the opening, and a rising member formed at a lower edge of the opening, and the hanging member and the rising member are housed in the main body. The upper end of the flat rigid body, Is intended to contact near the edge position, the vertical length of the rising member, the shorter than the dimension l, the body portion, the front portion of the lower surface of the main body portion,
It has a notch cut out so as to communicate with the opening provided on the front surface of the main body.

[Operation] The storage shelf box according to claim 1 of the present invention mainly includes a main body, an opening, a pushing member, and a locking member. The main body is a housing having an internal vertical dimension that is longer than the vertical dimension of the flat rigid body by a predetermined dimension l, and houses one or more flat rigid bodies in the thickness direction.

The opening is provided on the front side in the stacking direction of the flat rigid bodies housed in the main body, and in this opening, the flat rigid bodies are put in and out in the stacking direction, and the frontmost surface of the stored flat rigid bodies is externally. appear.

The pushing member applies a force toward the opening to the flat rigid body housed in the main body and presses the rigid body. The locking member prevents the flat rigid body from being pushed out of the opening by the pushing member.

From the above, one or more plate-shaped rigid bodies are stored in the main body part in a stacked state in the thickness direction (in a stored state).
At this time, the pushing member is pressed toward the opening, and at the same time, the protrusion from the opening is prevented by the locking member. That is, the flat rigid body is sandwiched between the locking member and the pushing member, and is stored in an upright state without jumping out or falling down. At this time, one surface of the plate-shaped rigid body that is stacked one or more in the thickness direction is always at the forefront, and one surface of the plate-shaped rigid body can be seen from the outside through the opening.

Here, the locking member constituting the invention of the present application is composed of a hanging member and a rising member, and these are abutted at positions near the upper end and the lower end of the flat rigid body stored in the main body, This prevents the flat rigid body from jumping out of the opening.

Since the flat rigid body is in contact with the locking member only near the upper end and lower end positions, when viewing the flat rigid body housed from the outside of the main body, of the surface of the flat rigid body, Only the positions near the upper end and the lower end are blocked by the locking members, and most of the other portions are visible from the outside. Therefore, the type of the flat rigid body stored in the main body can be determined from outside.

Further, in the storage shelf box of the present invention, the internal vertical dimension of the main body is longer than the vertical dimension of the flat rigid body by a predetermined dimension l, and the vertical length of the rising member as a locking member formed at the lower edge of the opening is formed. The length in the direction is shorter than the dimension l. For this reason,
When the plate-shaped rigid bodies are taken in and out of the opening in the stacking direction, the taking-out operation is not hindered by the locking member, and the taking-out operation is facilitated.

That is, in the invention of the present application, as the above-mentioned operation of taking in and out the flat rigid bodies in the stacking direction, for example, a so-called ken-do system is carried out at the opening. In the middle of the loading / unloading operation, there is a state where the upper part of the flat rigid body is positioned near the upper edge in the main body. When in this state,
Since the internal vertical dimension of the main body is longer than the vertical dimension of the flat rigid body by dimension l and the rising member is shorter than the dimension 1, the position near the lower edge of the flat rigid body does not contact the rising member, and You are free from arrest. At the same time, the flat rigid body is pressed toward the opening by the pushing member. Therefore, when the flat rigid body is taken out of the main body, the lower part of the flat rigid body is guided to the outside of the opening by the pressing and is taken out from the intermediate state.

When the flat rigid body is housed in the main body, the lower part of the flat rigid body is inserted into the main body from the above-mentioned halfway state against the force of the pushing member. When the flat rigid body is slid downward in the main body, the lower part of the flat rigid body is locked by the rising member, and is pushed and stored by the pushing member.

As described above, in the storage shelf box of the present invention, not only the flat rigid body can be taken out in the stacking direction but also can be easily stored.

Furthermore, the storage shelf box in claim 1 of the present invention is:
An up-stopping member is provided in the main body. The up-stopping member has a length in the vertical direction smaller than the dimension l, and is provided at a position on the inner surface in the vertical direction of the main body portion, which is recessed from the opening by the thickness dimension of the flat rigid body.

Therefore, in the state where the upper portion of the flat rigid body is located near the upper edge in the main body portion (in the middle) in the above-described operation of taking out and inserting the flat rigid body, the upper portion of the flat rigid body is placed between the hanging member and the rising stopper member. It is sufficient to lock, and this locking becomes easy. Therefore, the flat rigid body can be smoothly moved in and out one by one.

Further, since the up-stopping member has a length in the vertical direction smaller than the dimension l, it does not hinder the taking-in / out operation and the storage state of the flat rigid body.

In addition, when two or more flat rigid bodies are stored, the first rigid body (the second and subsequent sheets) stored in the back is located along the inner lower surface of the main body by the up-stopping member. In this case, the second and subsequent flat rigid bodies are not simultaneously taken out.

Further, the storage shelf box according to claim 2 has a cutout portion in the main body. The cutout portion is formed by cutting out from the front portion of the lower surface of the main body so as to communicate with an opening provided on the entire surface of the main body. For this reason, in the above-mentioned operation of taking in and out the flat rigid body, it is easy to shift from the stored state of the flat rigid body to a state where the upper portion of the flat rigid body is located near the upper edge in the main body. Therefore,
The flat rigid body can be smoothly moved in and out one by one.

[Embodiment] FIG. 1 is a partially cutaway perspective view showing an embodiment of the present invention, FIG. 2 is a front view of a case where a CD case is stored, FIG. Is a front view of the pushing member, and FIG. 5 is a side view thereof. In the figure, the main body (1) is a box having a vertical length longer by a length l than the vertical dimension of the CD case,
Inside the rear surface of the main body (1), an extruding member (3) provided with three leaf springs (2) bent vertically in the main body (1) inserts a screw into a screw hole (4). Is attached.

At the lower part of the opening (5) on the front surface of the main body (1), a lower rising member (6) bent upward from the lower surface of the main body (1), and at the upper part of the opening (5), An upper hanging member (7) bent downward from the upper surface is provided. Also, at the center of the lower rising member (6), there is a lower notch (8) cut out from the lower rising member (6) to the lower front part of the main body (1), as apparent from FIG. In addition, a cutout is provided so as to communicate with the opening (5) from the front of the lower surface of the main body (1). Further, an upward stopping member (9) is formed inside the upper surface of the main body (1).

The lower rising member (6) has a vertical width shorter than the length l, and the upper hanging member (7) has a vertical width longer than the length l. Therefore, as shown in FIGS. 2 and 3, the CD case (10) is held with its front surface facing the front.

The lower notch (8) is notched more than the thickness of the CD case (10), and the up-stop member (9) is not less than the thickness of the CD case (10) inside the upper surface of the main body (1). It is provided in a recessed portion with a vertical width shorter than the length l.

As shown in FIG. 3, when mounting the CD case (10) on the main body (1), first insert the upper part of the CD case (10) above the main body (1) and engage the inner surface of the upper hanging member (7). To stop. Next, the lower portion of the CD case (10) is pushed inward of the main body (1), and the entire CD case (10) is inserted into the main body (1) beyond the lower rising member (6). Thereafter, the CD case (10) is slid downward, and is attached to the lower rising member (6) together with the upper hanging member (7) so as to be blocked.

At this time, the lower rising member (6) has a vertical width shorter than the length l, the upper hanging member (7) has a vertical width longer than the length l, and the rising stopping member (9) has a main body. (1) Since the CD case (10) is located at a position deeper than the thickness of the CD case (10) inside the upper surface, the mounting operation described above is not hindered.

Since the pushing member (3) always presses the CD case (10) toward the front, the CD case (10) is stored in an upright state by the upper hanging portion (7) and the lower rising member (6). By repeating the mounting operation described above, the CD cases (10) are stored in an upright state and stacked.

The removal operation may be the reverse of the mounting operation described above. At this time, it goes without saying that the lower notch (8) cut out on the lower surface of the main body (1) facilitates the lifting operation of the CD case (10).

When one CD case (10) is taken out, the extrusion member (3)
As a result, the next CD case (10) is pushed to the forefront, and the jacket surface is always held in the forefront on the front of the main body (1).

6 to 9 are a top view, a front view, a side view, and a bottom view showing another embodiment. In this embodiment, the storage shelf boxes shown in FIGS. 1 to 5 are arranged in a horizontal line as one constituent unit to form a shelf. In the figure, an upstop member (19) is provided on the upper surface, and an upper hanging member (17), a lower rising member (16), and a lower notch (18) are formed in the opening (15). I have.

A screw hole (14) for mounting the push-out member (3) shown in FIGS. 4 and 5 is provided on the rear surface, and a partition plate (11) is provided for separating a storage portion. ing.

10 and 11 are a front view and a side view showing another embodiment. In this embodiment, a display shelf is formed by combining shelf-shaped storage shelf boxes shown in FIGS. 6 to 9. In the drawing, the storage shelves (20) stacked in a stepped manner have a shape protruding to the front every time they are stacked upward. This not only does not block the lower notch (18) of the storage shelf (20), but also makes it easier to remove the upper CD case because it is not necessary to lean on the toes and lean forward. .

[Effects of the Invention] As described above, in the storage shelf box of the present invention, the flat rigid body is housed sandwiched between the locking member and the pushing member (3). One or more sheets can be stored in an upright state without jumping out or falling down.

In addition, since one surface of the flat rigid body stored in the upright state is always at the forefront and most of the one surface of the flat rigid body is exposed from the opening, for example, If characters and pictures are drawn, those letters and pictures can be seen well from outside the storage shelf box. Therefore, the type of the stored flat rigid body can be determined from outside.

Further, the flat rigid bodies can be easily moved in and out of the opening in the stacking direction one by one.

[Brief description of the drawings]

FIG. 1 is a partially cutaway perspective view showing one embodiment of the present invention, FIG. 2 is a front view of a case where a CD case is stored, FIG. 3 is a side view of FIG. 2, and FIG. FIG. 5 is a side view of FIG. 4, FIG. 6 is a top view showing another embodiment, FIG. 7 is a front view of FIG. 6, and FIG. 8 is a side view of FIG. Figure, ninth
FIG. 10 is a bottom view of FIG. 6, FIG. 10 is a front view showing another embodiment, and FIG. 11 is a side view of FIG. In the figure, (1) is a main body, (3) is an extruded member, (6)
Is a lower rising member, (7) is an upper hanging member, (8) is a lower notch, (9) is a rising stopper member, and (10) is a CD case.

Claims (2)

(57) [Scope of request for utility model registration] 1. A storage shelf box for storing one or more flat rigid bodies (10) having predetermined vertical, horizontal, and thickness dimensions in a thickness direction and storing them in a stacking direction so as to be able to be taken in and out. A stacking direction of a housing-like main body (1) having an internal vertical dimension longer by a predetermined dimension 1 than the vertical dimension of (10), and the flat rigid body (10) housed in the main body (1) An extruding member (3) for applying a force toward the opening (5) to the flat rigid body (10) housed in the main body (1);
And a locking member for preventing the flat rigid body (10) from jumping out of the opening (5), wherein the locking member is a hanging member formed on an upper edge of the opening (5). (7) and a rising member (6) formed at a lower edge of the opening (5). The hanging member (7) and the rising member (6) are attached to the main body (1). The upright member (6) abuts at a position near an upper end and a lower end of the stored flat rigid body (10), a vertical length of the rising member (6) is shorter than the dimension l, and the main body (1) ) Is an up-stop member (9) having a vertical length smaller than the dimension 1 at a position deeper than the thickness dimension of the flat rigid body (10) from the opening (5) on the inner surface in the vertical direction. A storage shelf box comprising: 2. A storage shelf box for storing at least one flat rigid body (10) having predetermined vertical, horizontal, and thickness dimensions in a thickness direction so as to be able to be taken in and out in the stacking direction. A stacking direction of a housing-like main body (1) having an internal vertical dimension longer by a predetermined dimension 1 than the vertical dimension of (10), and the flat rigid body (10) housed in the main body (1) An extruding member (3) for applying a force toward the opening (5) to the flat rigid body (10) housed in the main body (1);
And a locking member for preventing the flat rigid body (10) from jumping out of the opening (5), wherein the locking member is a hanging member formed on an upper edge of the opening (5). (7) and a rising member (6) formed at a lower edge of the opening (5). The hanging member (7) and the rising member (6) are attached to the main body (1). The upright member (6) abuts at a position near an upper end and a lower end of the stored flat rigid body (10), a vertical length of the rising member (6) is shorter than the dimension l, and the main body (1) ) From the front of the lower surface of the main body (1),
A storage shelf box comprising a notch (8) cut out so as to communicate with the opening (5) provided on the front surface of the main body.