JPS6320769Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Background Art] The present invention relates to a ceiling storage device that can effectively utilize the space under the attic.

[Conventional technology]

BACKGROUND ART Conventionally, a storage device proposed in Japanese Utility Model Application Publication No. 13236/1983 has been known as a storage device that utilizes the space above the ceiling as a storage space.

However, as shown in FIG. 5, one end of the lid M is hinged to the edge of the opening L provided in the ceiling surface K, so that the opening can be opened and closed, and a storage box is attached to the back of the lid M. N is installed. The storage box N is formed in the shape of a chest of drawers arranged in multiple stages, and this publication proposes that one storage box N is attached to the back surface of the lid M. Therefore, in such a case, even when the depth and height of the attic space is large, the thickness of one storage box is small, so extra space remains in the attic space, and the space in the attic space is reduced. It is difficult to make full use of it.
Furthermore, the opening for taking in and out the stored items into the storage box N is naturally limited to the area of the opening L in the ceiling surface K.

Furthermore, in the conventional device using the one storage box N,
In order to utilize the attic space with large depth and height,
When the thickness of the storage box N is set to approximately the depth and height described above, the thickness and depth dimensions of the storage box N tend to be excessive, which may impede usability, such as making it inconvenient to take in and out the stored items. be.

[Purpose of invention]

The present invention uses overlapping storage sections to set the thickness of each storage section to a thickness that is convenient for ease of use such as loading and unloading. Therefore, we have developed a ceiling storage device that can solve the above-mentioned problems by making effective use of the space in the attic, which has a large depth and height, and by opening each storage section, a wide open section is formed to improve usability. intended to provide.

[Disclosure of invention]

An embodiment of the present invention will be described below based on the drawings. The ceiling storage device opens a part of the ceiling 2 as shown in FIGS. 1 to 3, and stores the article storage box 1 in the opening 3. In this example, the opening 3 has a rectangular shape. Eggplant.

The box body 1 also includes a first accommodating part 1a and a second accommodating part 1b, and an intermediate plate 1c is interposed between the first and second accommodating parts 1a and 1b. Also, the first housing section 1a
A back plate 6 that can cover the opening 3 is provided on the back side B.

The first accommodating portion 1a is located at the periphery of the rectangular rear plate.
It has a rectangular frame consisting of side plates 1B and upper and lower plates of the same width, and has a flat rectangular bookshelf-style box shape with shelves S... placed in multiple tiers between the side plates 1B. In the example, an opening part a through which articles can be taken in and taken out is formed over the entire front surface.

Further, the back plate 6, which has substantially the same shape as the opening 3 and can substantially shield the opening 3 upon installation, is attached to the back surface B of the first housing portion 1a via a separating member 9. Note that the accommodating portion 1a is formed to have a smaller planar shape than the back plate 6.

The middle plate 1c is a rectangular flat plate having a shape that can cover the open part a of the first accommodating part 1a. In addition, the middle plate 1c has its side edges hinged to the front edge of one of the side plates 1B of the first accommodating part 1a, that is, one side edge of the opening part a, using a hinge 15 so that the middle plate 1c can be opened and closed independently. be done.

Further, in this embodiment, the second housing part 1b is a box-shaped body having the same shape as the first housing part 1a, and therefore has an open part a formed in the front surface. Also, the second housing section 1b
is arranged with the open part a facing the open part a of the first accommodating part 1a. Further, the second accommodating portion 1b is attached at one side edge of its open portion a to the intermediate plate 1c using a hinge 16. Note that the hinges 16 are attached to the side edges of the intermediate plate 1c on the side to which the hinges 15 are attached at different positions up and down. Therefore, the second accommodating part 1b is attached to the one side edge of the first accommodating part via the middle plate 1c.
Both are attached.

The middle plate 1c overlaps with the first and second accommodating parts 1a and 1b, so that the opening part a of the first accommodating part 1a
In addition to this, the opening a of the second accommodating portion 1b can also be covered at the same time. Further, the middle plate 1c and the second accommodating portion 1b can be independently opened and closed about the respective hinges 15 and 16, and overlap each other when closed. By opening the middle plate 1c and the second accommodating part 1b, the first accommodating part 1a can be opened. Also second
When the accommodating portion 1b is opened apart from the intermediate plate 1c, its open portion a is opened.

Furthermore, by closing the middle plate 1c and the second accommodating part 1b, the first accommodating part 1a, the middle plate 1c, and the second accommodating part 1b overlap each other as described above, and each open part a closes the middle plate 1c. Closed by.

This article storage box body 1 is attached to the opening 3 as described above.

The opening 3 is a rectangular hole whose short side is on the wall w side, and a hinge member 5 is attached to one edge on the wall w side. As shown in FIG. 1, the box 1 has a second housing section 1.
b upward and the back plate 6 of the first housing part 1a is at the same height as the ceiling 2. By attaching the upper edge to the hinge material 5, the box body 1
is attached to the opening 3 so as to be rotatable in a vertical plane.

Further, by the downward rotation, the article storage box body 1 can be pulled down and suspended from the ceiling 2, as shown by the broken line in FIG. Also, by pulling up, the back plate 6 is aligned with the ceiling 2.

The box body 1 also has a locking device 7 attached to the lower edge of the back plate 6.
It is held in a raised state on the ceiling 2 by. The locking device 7 includes an L-shaped locking fitting 7a and a receiving fitting 7b that supports the fitting 7a horizontally and slidably toward the other edge located on the opposite side of the wall w of the opening 3. Further, in the locking device 7, the locking fitting 7a has a compression spring 9.
A lock receptacle 1 provided on the other edge of the upper surface of the ceiling 2
It is locked by fitting into the hole 0, and the box body 1 is held in a pulled up state. Further, the lock fitting 7a is provided with a handle 17 that hangs downward from the elongated hole 8 of the back plate 4, and the handle 17 is hooked using a suitable hook bar or the like (not shown) and the compression spring 9 is By pulling against this, the locking device 7 is opened and the box 1 can be pulled down. The ceiling 2 is also provided with a guide surface 19 that collides with the tip of the locking metal fitting 7a when the box body 1 is pulled up, and that allows the locking metal fitting 7a to be retracted against the compression spring 9 after the collision. A guide fitting 20 is provided.

In the figure, C is a shock absorber that absorbs the impact when it comes into contact with the wall w.

Further, a locking bolt 11 is screwed into the center of the outer surface of the side plate 1B of the first housing portion 1a, and the locking bolt 1
1 holds the other end of a relatively strong coil spring 13, one end of which is attached to the upper wall w of the hinge member 5. As a result, when the box 1 is pulled down or pulled up, the coil spring 13 expands and contracts to bear the weight of the box 1, making the operation easier. Note that the position of the locking bolt 11 can be made variable so that the force of the spring 13 can be adjusted.

[Effect]

Therefore, when the article storage box body 1 is pulled up, the locking device 7 moves back with its locking fitting 7a being guided by the guide surface 20 of the guide fitting 20, and the compression spring 9
By fitting into the hole of the receiver 7b, the box 1 is held by the locking device 7, and the box 1 is stored in the opening 3 of the ceiling 2 with its back plate 6 forming a part of the ceiling. Also, by pulling the handle 17 of the locking device 7 and opening it as described above, the locking device 7 is rotated into the room via the hinge member 5 and pulled down. At this time, as described above, the handle 17 is pulled down while being hooked with a hook rod or the like. Also, the spring 13 makes pulling down and lifting operations easier.

Furthermore, the first and second housing portions 1a and 1b are inserted into the middle plate 1.
They are pivotally connected to each other so that they can be opened and closed so that they can be overlapped via c. Therefore, the first accommodating part 1a and the second accommodating part 1
The openings a and b are shielded by the intermediate plate 1c due to their overlap, thereby preventing the intrusion of dust and the like. Also, when the box body 1 is stored in the ceiling, the second housing part 1
Prevent objects from falling from b.

Furthermore, by opening the first and second storage sections 1a and 1b, articles can be taken in and taken out from each opening a of the two storage sections 1a and 1b, thus expanding the entrance and exit, making use convenient. . Further, the thickness of the box body 1 can be increased while maintaining the thickness of each housing part 1a, 1b to be convenient for taking in and out. Therefore, even a space with a large depth and height can be utilized while maintaining usability.

Note that the second accommodating portion 1b can also be constructed using double door-shaped accommodating portion pieces 1b1 and 1b2, as shown in FIG. 4, for example.

[Effect of idea]

In this way, the ceiling storage device of the present invention can be held by a locking device that can pull up and lower the box in which the middle plate is provided between the first and second storage parts that can be overlapped, and can be opened in the pulled up state. Because of this, the thickness of the box is increased by overlapping storage sections with easy-to-use thickness, making effective use of the space in the attic, which has a large depth and height, making it easy to handle and spacious. A storage space is formed in the ceiling. In addition, the first and second storage sections can be opened, and articles can be taken in and out from the respective openings, thereby improving usability. Furthermore, each storage section can be closed by the middle plate, preventing the intrusion of dust, etc., and also preventing the stored items from falling out of the second storage section when pulling up, and many other effects can be achieved.

[Brief explanation of the drawing]

Figure 1 is a sectional view of the ceiling storage device of the present invention, Figure 2
The figure is a perspective view showing the ceiling part storing the ceiling storage device of the present invention, Figure 3 is a perspective view showing the box, Figure 4 is a perspective view showing another example of the box, and Figure 5 is a conventional device. FIG. 1... Goods storage box body, 1a... First storage part,
1c... middle plate, 1b... second storage section, 2... ceiling, 3... opening, 5... hinge material, 6... back plate,
7...Lock device, 17...Handle, a...Opening part, B
……back.

Claims (1)

[Scope of utility model registration request] An opening is formed in a part of the ceiling, and the opening can be opened and closed at a side edge of a box-shaped first storage section that has a back plate having substantially the same shape as the opening and has an opening on the front side. A side edge of the middle plate and a side edge of a box-shaped second accommodating part that has an open part on the front surface that can be covered by the middle plate and whose front face faces the front surface of the first accommodating part, An article storage box body in which the middle plate and the second storage part can be opened and closed independently, and the first storage part, the middle plate, and the second storage part are successively hinged so that they can be overlapped, is One edge of the back plate of the first accommodating part is attached to one edge of the opening using a hinge material so that the accommodating part is on top and the back plate of the first accommodating part can be pulled up to the same height as the ceiling. In addition, it is mounted so as to be rotatable in a vertical plane, and is also provided with a locking device that can hold the article storage box in a pulled up state and open the article storage box so that it can be pulled down. Ceiling storage device provided.