JP3382651B2 - Partition storage furniture - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a partition storage furniture, and more particularly to a storage space for each partitioned space while partitioning the room by arranging and fixing it in the vicinity of the center of the room in a freely combinable manner. functions as, moreover Ri FIG commonality of members, also relates to a superior partition storage furniture in soundproofing performance.

[0002]

2. Description of the Related Art A conventional technique related to the present invention will be described with reference to FIGS. Figure 2 here
8 is a perspective view showing "partition furniture" disclosed in Japanese Patent Laid-Open No. 56-106608. Further, FIG. 29 is a "room partition device" shown in Japanese Utility Model Publication No. 60-55617.
FIG.

In a conventional general house, a living room,
The dining room, the guest room, the bedroom, the children's room, etc. were supplied by the rooms separated by the wall in advance. In such a house, for example, the kitchen part and dining room part of a dining kitchen are disclosed in Japanese Patent Laid-Open No. 56-1066.
It has been conventionally practiced to partition by "partition furniture" as shown in No. 08.

However, in recent years, there has been provided a house in which a large room is provided in advance so that the buyer can use it according to their needs. In such a house , when it is desired to partition and use a large child's room in advance , the partition furniture as shown in JP-A-56-106608 above separates the kitchen from the dining room. It is not suitable for partitioning children's rooms and cannot be used. So, a bookshelf near the center of the children's room,
By installing a chest of drawers, a study desk, a color box, etc., it is conceivable to devise such that each child can occupy their own space as the two children grow.

Further, it is not a means of combining bookshelves, chests, etc. to also serve as a partition.
It has been done to partition a room by a "room partition device" as shown in No. 17. The partitioning device for the room shown in Japanese Utility Model No. 60-55617 is
As shown in FIG. 29, two movable storage furniture are placed on three rails installed in parallel, and the storage furniture is moved to partition the room so that two children can separate each other. It is formed so that you can go back and forth in the space.

[0006]

However, in the partition means using the partition furniture or the color box described above,
The following problems remained. For example, in a house where one large room is provided in advance, it is desired to partition that room as a child room for two children and use it. Then, first, wardrobes and color boxes are lined up and partitioned at a low height. After that, when the two children grow up, it also serves to increase the partition according to the growth, and when trying to newly combine a study desk, storage furniture, etc., the first used color box etc. as a partition Not enough height. If you want to get the height you want, you can either buy a new piece of furniture at that height and replace it, or stack another color box on top of the first used color box and secure it. You have to choose a means such as doing so.

[0007] If a means of purchasing a storage furniture of a required height and replacing it with a new one is adopted, the color box or the like which was used at first is wasted. If the other color box is piled up and fixed on the color box that was used first, it is not suitable for combination, so there is a risk of collapse.

That is, as a so-called system furniture, which can be freely combined, and even after a lapse of years, the storage furniture initially used as a partition is not wasted, and the usage can be increased so that variations can be increased. No partition storage furniture existed. Therefore, as a matter of course, there has not been a partition storage furniture as a system furniture in which the number of types of members is reduced by making the members common.

The problem to be solved by the present invention is that a study desk, storage furniture and the like can be freely combined, and even after many years, the storage furniture used as a partition at that time is not wasted and variations are increased. It is a partition furniture that can be used and has a soundproof performance as a partition.
An object of the present invention is to provide a partition storage furniture as a system furniture which is excellent and further reduces the number of types of members by sharing the members.

[0010]

DISCLOSURE OF THE INVENTION The present invention is a partition storage furniture for achieving the above object. The partition storage furniture according to the invention of claim 1 is stacked and stored by using a base storage body (10) which is a rectangular parallelepiped box body having an opened front surface and a rectangular parallelepiped stacked storage body (20) having opened front and bottom surfaces. A partition storage furniture which is formed by connecting a body (20) above a base storage body (10), wherein the base storage body (10) has a bottom plate (1
1) It has two side plates (12, 13), a top plate (18) and a back plate (14), and the bottom plate (11), back plate (14) and top plate (18) are both side plates (12, 13). 13)
The stacking storage body (20), which is formed between the two, is provided with two side plates (21, 22), an upper plate (26) and a back plate (23).
3) and the upper plate (26) are formed between the side plates (21, 22), and the back plates (14, 14,) of the base storage unit (10) and the stacked storage unit (20) are formed.
23) is the core material forming the rectangular frame and the inner side surrounded by the core material.
From the back plate (14A, 23A) that covers the entire surface and is fixed to the heartwood
Formed with these heartwood and back plate (14A, 23A) on the front side
Position it so that it cannot be seen from the back board (14A, 23A)
Partial core thickness between the spaces serving backing plate spatial (17A, 24A) is
Finished backboards (17,24) are fitted with side plates (12,13,21,
22) The upper plate (18) of the basic storage unit (10), the upper plate (26) of the stacked storage unit (20), and the back plate of the basic storage unit (10) that are provided between
The back plate (23) of the stacked body (20) and the stack (14) are characterized in that the members are formed in common.

A partition storage furniture according to a second aspect of the present invention has all the constituent elements of the partition storage furniture according to the first aspect of the present invention, and has a stacked storage body.
A partition storage furniture which is formed above the (20) so that the stacked storage (20) can be further connected to the stacked storage (20) and above the stacked storage (20). The stacking storage body (20) to be connected is configured in the same manner with a common member, and is further connected to the upper surfaces of both side plates (21, 22) of the stacking storage body (20) and above the stacking storage body (20). It is characterized in that it is formed so that it can be connected to the lower surfaces of both side plates (21, 22) of the stacked storage body (20).

Further, the partition storage furniture according to the invention of claim 3 has all the constituent elements of the partition storage furniture according to the invention of claim 2, and the basic storage body (10).
The upper plate (26) of the upper plate (18) or the upper plate (26) of the stacked storage unit (20) that does not form the uppermost surface of the partition storage furniture is an auxiliary that is smaller than the depth dimension of the basic storage unit (10). Upper plate (19,2
7), the basic housing body and depth dimension (10) substantially the same upper plate (18, 26 in depth) and the selected and enabling said auxiliary top plate (19, 27) there is a plurality In some cases, these auxiliary upper plates (19, 27) are formed as a common member.

[0013]

The partition storage furniture according to claim 1 is assembled as follows. First, the assembly of the basic storage body (10) will be described. First, the back plate (14) against the bottom plate (11)
To fix. Next, one side plate (13) is fixed to the side plate (13) with the inner surface of the side plate (13) facing upward and the bottom plate (11) and the back plate (14). Then, the other side plate (12) is fixed to the bottom plate (11) and the back plate (14) with the side opposite to the fixed side plate (13) facing upward. Subsequently, the finishing back plate (17) is fixed to both side plates (12, 13). Finally, the upper plate (18) is fixed so as to be surrounded by the upper end portions of the side plates (12, 13) and the back plate (14).
This completes the assembly of the base storage body (10).

Subsequently, the stacked storage body (20) is assembled. First, one of the side plates (22) is fixed to the side plate (22) with its inner surface facing upward and the back plate (23). Then, the other side plate (21) is fixed to the back plate (23). After that, the upper plate (26) is fixed. By fixing both side plates (21, 22) of the assembled stacked storage unit (20) to both side plates (12, 13) of the base storage unit (10), the stacked storage unit (20) and the base storage unit (10) are fixed. ) And fix. In addition, the upper plate (26) and back plate of this stacked storage body (20)
Since (23) is a member common to the upper plate (18) and the back plate (14) of the basic storage body (10), there are few kinds of members and there is no confusion during assembly.

The partition storage furniture according to claim 2 is assembled as follows. Above the stacking bin (20), one or more additional stacking bins (2
It is possible to stack 0). The assembling procedure is the stacked storage unit in the partition storage furniture according to claim 1.
It is the same as the assembly procedure in (20). In addition, both side plates (21, 2) of the stacked storage body (20) stacked on the base storage body (10)
2) and both side plates (21, 22) of the stacked storage body (20) stacked on the stacked storage body (20) are common members, so there are few types of members and it is confusing in assembly. There is no.

The partition storage furniture according to claim 3 is assembled as follows. Above the stacking bin (20), one or more additional stacking bins (2
0) are piled up, but the upper plate (18) of the basic storage (10)
Alternatively, among the upper plates (26) of the stacked storage units (20), the upper plate (26) that does not form the uppermost surface of the partition storage furniture is the base storage unit (1).
Auxiliary upper plate (19, 27) smaller than the depth dimension of (0) and the upper dimension of the depth dimension that is almost the same as the depth dimension of the base storage (10)
Select and fix (18,26) and.

For example, in the case of partition storage furniture in which two stacked storage bodies (20) are fixed on the basic storage body (10) and formed in three stages, only the lowermost upper plate (18) is provided. The auxiliary top plate
(18), the second uppermost plate (26) from the bottom as the auxiliary upper plate (27), or both as the auxiliary upper plates (19,27). Can be formed.

In the case of partition storage furniture in which there are a plurality of auxiliary upper plates, such as when both are used as the auxiliary upper plates (19, 27), these auxiliary upper plates (19, 27) are used as a common member. Since it is formed, the number of types of members is small and there is no confusion during assembly.

[0019]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The claimed invention will be described in more detail below with reference to embodiments and drawings. The drawings used here are FIGS. 1 to 27. FIG. 1 is an exploded perspective view of a basic storage body that forms the basis of partition storage furniture. Figure 2
It is an assembly perspective view of a basic storage object which is the basis of partition storage furniture. FIG. 3 is a perspective view of the basic storage body that is the basis of the partition storage furniture after assembly. FIG. 4 is a perspective view showing a continuous storage body formed by deforming the basic storage body. Figure 5
[Fig. 4] is an exploded perspective view showing a stacked storage body. Figure 6
It is an assembly perspective view which shows the state which connects a stacking storage body on a base storage body. FIG. 7 is a perspective view showing a state in which the stacked storage bodies are connected on the base storage body. FIG. 8 is an assembled perspective view showing a state in which the stacked storage bodies are connected on the base storage body. FIG. 9 is a perspective view showing a storage body formed by connecting two stacked storage bodies on a base storage body. FIG. 10 is a perspective view showing a vertically long basic storage body formed by connecting continuous stacked storage bodies on a continuous storage body and further connecting stacked storage bodies thereon. FIG. 11: is a perspective view which shows the vertically long application storage body which deform | transformed and formed the vertically long basic storage body. FIG. 12 is a perspective view showing a fixing structure of a hinge used for a hinged door. FIG. 13 is a perspective view showing a full-size drawer used in the drawer unit. FIG. 14 is a perspective view showing a vertically elongated thin type storage body in which the storage space of the vertically long basic storage body is formed so as to provide a new storage space. FIG. 15 is a perspective view showing a double-sided triple foundation type partition arranged and fixed in the center of the room so as to divide the room. FIG. 16 is a perspective view showing a double-sided triple application type partition arranged and fixed in the center of the room so as to divide the room. FIG. 17 is a perspective view showing an example of a so-called stepped storage body in which the depth dimension changes. FIG. 18 is a perspective view showing an example of a so-called stepped storage body in which the depth dimension changes. Figure 19 is a longitudinal basic housing body is a perspective view illustrating two tables unit and study desk units incorporated in desk built across partition formed. FIG. 20 is an exploded perspective view showing a table unit and a study desk unit. FIG. 21 is a perspective view showing the glass door unit. FIG. 22 is a perspective view showing a study desk counter. FIG. 23 is a perspective view showing a horizontal partition type counter partly different from the study desk counter. FIG. 24 is a perspective view showing a three-sided partition on one side formed by incorporating a vertically long basic storage body, a table unit, and another vertically long basic storage body. FIG. 25 is a perspective view showing a partition on both sides formed by connecting four vertically long application storage bodies. FIG. 26 is a perspective view showing the upper housing. FIG. 27 is a perspective view showing an upper triple storage unit.

The partition storage furniture 100 according to this embodiment includes all of those shown in FIG. 15, FIG. 19 and the like, a basic storage body 10 which is a rectangular parallelepiped box whose front face is opened, and a rectangular parallelepiped whose front face and bottom face are opened. The storage body 20 is the base storage body 1
It is formed on the basis of a connection structure of connecting above 0, and plays a role of partitioning one room, for example, a child room. However, the room to be partitioned is not limited to the children's room. In addition, the color of the entire partition storage furniture 100 of this embodiment is unified, and mainly white and so-called natural color which is the color of the ground of the wooden board are prepared.

First, the structure of the basic storage body 10 forming a part of the basic structure of the partition storage furniture 100 will be described.
The base storage body 10 is a rectangular parallelepiped box body having an open front surface, and includes a bottom plate 11, a right side plate 12, and a left side plate 1 as shown in FIG.
3, a back plate 14, a front foot plate 15, and a rear foot plate 16. In the fitting type, the bottom plate 11, the back plate 14, the front foot plate 15, and the rear foot plate 16 are positioned and fixed between the right side plate 12 and the left side plate 13, and the back plate 14 is the bottom plate 11. It is placed and fixed on the.

In addition to the bottom plate 11, the right side plate 12, the left side plate 13, the back plate 14, the front foot plate 15 and the rear foot plate 16 described above, the basic housing 10 further includes a finishing back plate 17 shown in FIG.
Then, the base housing 10 as shown in FIG. 3 is completed by being fixed to the upper plate 18 shown in FIG. For the sake of convenience, the following description will be given assuming that the opening side of the base storage body 10 is the front side and the opposite opening side is the back side.

The bottom plate 11 is fixed not at the lower ends of the right side plate 12 and the left side plate 13 but at a position slightly above the lower ends thereof. The front foot plate 15 and the rear foot plate 16 are the right side plate 12
And is fixed between the lower end of the left side plate 13 and the lower end of the bottom plate 11. The bottom plate 11 has 3
It has a columnar fitting protrusion 11A for fitting with the right side plate 12 or the left side plate 13 at each point. Further, three recesses 11B, which are cylindrical recesses, for mounting and fixing the back plate 14 are provided at three positions on the back side upper surface. Further, on the front side of the fitting recess 11B, a single rectangular groove 11C having a quadrangular cross section is provided. This square groove 11C will be described in detail later, but the finished back plate 1
It is intended to be used when 7 is fixed. Although not shown, on the front side and the back side of the lower surface of the bottom plate 11, in order to fix the front foot plate 15 and the rear foot plate 16, there are provided foot plate fitting recesses similar to the fitting recesses 11B. There is.

Since the right side plate 12 and the left side plate 13 are symmetrical to each other, the left side plate 13 whose inner surface when the basic housing 10 is formed is shown in detail in FIG. 1 will be described. 12 is omitted. On the front side and the back side of the lower portion of the left side plate 13, there are provided notch portions cut out from the lower end of the left side plate 13 at the same height as the heights of the front foot plate 15 and the rear foot plate 16. Of the cutouts, the front cutout 13A on the front side serves as a so-called riser to which the decorative skirting board 50 is fixed when it is used as the partition storage furniture 100. In addition, the rear-side missing portion 13B on the rear side is
This will be useful as a space to be used when arranging the wiring cords necessary for the partition storage furniture 100 in which a storage body that requires a power source, such as a desk built-in horizontal partition type partition 103 described later, is incorporated.

Immediately inside the front cutout 13A, the front foot plate 1
5 and a foot plate fitting recess 13C which is a cylindrical recess for fixing the rear foot plate 16 are provided. At a position slightly higher than the foot plate fitting recess 13C, bottom plate fitting recesses 13D, which are cylindrical recesses for fitting the fitting projections 11A of the bottom plate 11 in the horizontal direction at equal intervals, are provided. Further, on the back side, three back recesses 13E, which are cylindrical recesses for fitting the back plate 14, are provided at equal intervals. The back plate fitting recess 13E
On the front side of the square groove 1 for fixing the finishing back plate 17
3F is provided. The square groove 13F is formed on the left side plate 13
And the bottom plate 11 are fixed, the square groove 11C of the bottom plate 11
It is provided at a position corresponding to. The upper end surface is provided with four mounting recesses 13G, which are cylindrical recesses for mounting and fixing other storage bodies on the base storage body 10. Furthermore, on the front side and the back side of the inner surface of the left side plate 13,
Shelf plate holes 13H are provided at equal intervals in order to fix the shelf plates 37 provided to horizontally divide the internal space of the base storage body 10 at a desired position and number. The shelf plate 37 will be described in detail when the double-sided triple application type partition 102 shown in FIG. 16 is described.

Regarding the names of the parts on the right side plate 12,
Match the above left side plate 13 alphabetical symbols,
In FIG. 1, the front recessed portion is 12A, the rear recessed portion is 12B, the square groove is 12F, and the mounting recess is 12G. The back plate 14 is formed of a core material forming a rectangular frame and a back back plate 14A fixed to cover the entire inner surface of the core material. The surface of the back back plate 14A on the side opposite to the core material is finished, but the surface on the side of the core material is not finished. This reduces the manufacturing cost of the back plate 14A.

The core material is composed of two longitudinal core materials 14B and three transverse core materials 14 which are fixed by being sandwiched between the two longitudinal core materials 14B.
It is formed from C and. Three side plate fitting protrusions 14D corresponding to the back plate fitting recesses 13E provided on the right side plate 12 and the left side plate 13 are provided on the outer side of the longitudinal core member 14B. Further, on the lower surface of the lateral core member 14C at the lower end,
A bottom plate fitting protrusion 14E corresponding to the fitting recess 11B of the bottom plate 11 is provided. In order to completely fix the vertical core member 14B to the right side plate 12 and the left side plate 13,
A core material screw 14F to be screwed in from the longitudinal core material 14B side is prepared.

The core material is also useful for connection with other housings to be connected in the left-right direction and the front-rear direction using screws, nails and the like. The finishing back plate 17 shown in FIG.
4B, the horizontal core member 14C, the back plate 14A that has not been subjected to finishing, and the core material screw 14F are fixed in order to conceal it, and the surface on the front side is subjected to finishing.
The thickness of the finishing back plate 17 is the square groove 11C, 12F, 13F.
Is the same as the width of. The vertical dimension is a length obtained by subtracting the thickness of the upper plate 18 from the vertical dimension of the back plate 14 and adding the depth of the square groove 11C. The lateral dimensions are the lateral dimensions of the back plate 14 and the square grooves 12F, 13
It is the sum of the depths of F.

It should be noted that a space as small as the thickness of the core materials 14B and 14C is formed between the back back plate 14A and the finished back plate 17, and this space is referred to as a back plate inner space 17A. Since the backboard portion of the basic housing 10 has the double structure of the backboard 14A and the finishing backboard 17 so that the inner space 17A of the backboard is present, a housing having excellent soundproofing performance is provided. ing.

Although not shown in the figure, a soundproof material, a heat insulating material or the like can be packed in the inner space 17A of the back plate. As an example of the soundproof material and the heat insulating material, a styrofoam plate material or the like can be considered. If such a soundproof material, a heat insulating material and the like are fixed in advance when fixing the back back plate 14A and the longitudinal core members 14B and the transverse core members 14C, the finishing back plate 17 can be easily fixed.

Since the front foot plate 15 and the rear foot plate 16 have the same shape, the front foot plate 15 which is entirely shown in FIG.
Will be described and the rear foot plate 16 will be omitted. On the upper surface of the front foot plate 15, a cylindrical bottom plate fitting protrusion 15A corresponding to the foot plate fitting recess provided on the lower surface of the bottom plate 11.
Is provided. Further, on both side surfaces of the front foot plate 15, cylindrical side plate fitting protrusions 15B corresponding to the foot plate fitting recesses 13C provided on the right side plate 12 and the left side plate 13 are formed.
Is provided.

Next, the order of assembling the base container 10 will be described. First, the assembly order of the bottom plate 11, the right side plate 12, the left side plate 13, the back plate 14, the front foot plate 15, and the rear foot plate 16 will be described with reference to FIG. First, the back plate 14, the front foot plate 15, and the rear foot plate 16 are fixed to the bottom plate 11. That is, the back plate 14 is fixed to the bottom plate 11 by pouring an adhesive into the fitting recess 11B of the bottom plate 11 and inserting the bottom plate fitting protrusion 14E of the back plate 14. In the following assembly as well, an adhesive is used when joining the recesses and the projections together. Similarly, the front foot plate 15 and the rear foot plate 16 are fixed to the bottom plate 11 by inserting the bottom plate fitting protrusion 15A of the front foot plate 15 into the foot plate fitting recess of the bottom plate 11.

Next, the bottom plate 11, the back plate 14, the front foot plate 15 and the rear foot plate 16 are fixed to the left side plate 13 with the inner surface of the left side plate 13 facing upward. That is, the fitting protrusion 11A of the bottom plate 11 is inserted into the bottom plate fitting recess 13D of the left side plate 13, the side plate fitting protrusion 14D is inserted into the back plate fitting recess 13E, and the side plate fitting protrusion 15B is inserted into the foot plate fitting recess 13C. The bottom plate 11, the back plate 14, the front foot plate 15, and the rear foot plate 16 are fixed to the left side plate 13. Thereby, the square groove 11C of the bottom plate 11 and the square groove 1 of the left side plate 13 are formed.
It will be in communication with 3F.

Next, the bottom plate 1 with the fitting protrusion facing upward
1, the right side plate 12 is fixed to the back plate 14, the front foot plate 15, and the rear foot plate 16 in the same manner as above. At this time, the square groove 12F communicates with the square groove 11C of the bottom plate 11. Next, the longitudinal core material 14B is passed through and the core material screws 14F are screwed into the right side plate 12 or the left side plate 13. At this point, the assembly of the members shown in FIG. 1 is completed. At this time,
Square grooves 12F, 1 provided on the right side plate 12 and the left side plate 13
3F and the square groove 11C of the bottom plate 11 communicate with each other. Also, as will be described later in detail, the two base storage bodies 10
Are used by fixing the back plates 14A facing each other, the core materials 14B, 14C
They will be fixed together with nails.

Subsequently, as shown in FIG. 2, the finishing back plate 1
The finished back plate 17 is slid into the right side plate 12 and the left side plate 13 so that the finished surface of 7 is on the front side. Then, the lower end of the finished back plate 17 meshes with the square groove 11C of the bottom plate 11. As a result, the back plate 14A, the vertical core material 14B, and the horizontal core material 1 whose front side surface is not finished
4C and the core material screw 14F are hidden. In addition, when packing the soundproof material, the heat insulating material and the like in the inner space 17A of the back plate, it must be done before the finishing back plate 17 is assembled.

Finally, as shown in FIG. 3, the right side plate 12,
The upper plate 18 is fixed so as to be surrounded by the upper ends of the back plate 14 and the left side plate 13. The upper plate 18 is fixed by fixing an appropriate supporting metal fitting to the uppermost shelf hole 13H and fixing the supporting metal fitting and the lower surface of the upper plate 18. As a result, the assembly of the base storage body 10 is completed for the time being. The basic storage body 10 serves as a member forming various storage bodies.

Next, a continuous container 10A formed by modifying the basic container 10 shown in FIG. 3 will be described with reference to FIG. In the continuous storage body 10A, the upper plate 18 of the base storage body 10 described above is changed to an auxiliary upper plate 19. The width and thickness of the auxiliary upper plate 19 are the same as those of the upper plate 18, and the length in the depth direction is a quarter of the upper plate 18.
It's a decent one. That is, this continuous storage body 10A
Is included in the "basic container" in the claims.
The front side surface, the upper surface, and the lower surface of the continuous storage body 10A are finished. The continuous storage body 10A using such an auxiliary upper plate 19 is prepared because it is used for storing an object having a height that cannot be stored in the basic storage body 10, although a detailed description will be given later. .

Subsequently, the stacked storage body 20 fixedly used on the basic storage body 10 or the continuous storage body 10A is used.
Will be described with reference to FIGS. 5 to 9. As shown in FIG. 5, the stacked storage body 20 has a right side plate 2
1, the left side plate 22 and the back plate 23 sandwiched between and fixed to the side plates 21 and 22 form a U-shaped horizontal section. Then, as shown in FIG. 9, the upper plate 26 is fixed to the upper portion of the U-shaped member formed of the right side plate 21, the left side plate 22, and the back plate 23 so as to be surrounded by these members. The upper plate 26 is formed of the same plate material as the upper plate 18 used for the base storage body 10, and is fixed by the same fixing means. That is, the members are commonly used.

As will be described in detail later, when an object having a height that cannot be stored in the base storage body 10 is stored, the upper plate 1 in the base storage body 10 is used instead of the upper plate 26.
8 has the same shape as the auxiliary upper plate 19 used in place of 8,
The auxiliary upper plate 27 shown in FIG. 10 may be used in some cases. The stacked storage body using the auxiliary upper plate 27 instead of the upper plate 26 is a continuous stacked storage body 20A that does not form the uppermost surface when the partition storage furniture 100 is formed as a whole. The auxiliary upper plate 27 is formed of the same plate material as the auxiliary upper plate 19 used in the basic storage body 10, and is fixed by the same fixing means. That is, the members are also made common here.
Here, this continuous stacked storage body 20A
It is included in the "stacked storage unit" mentioned in the range.

The right side plate 21 and the left side plate 22 have substantially the same shape as the right side plate 12 and the left side plate 13 in the basic storage body 10. The difference is that the right side plate 12 of the base storage body 10 is
And that the front and rear recesses provided on the left side plate 13 are not present, and there is no front foot plate 15 and rear foot plate 16 so that there is no foot plate fitting recess for fixing them. For example, the lower end surface is provided with a connecting concave portion 22E for connecting and fixing the basic housing 10 or the like. The sizes of the right side plate 21 and the left side plate 22 in the height direction are the same as those of the right side plate 12 and the left side plate 13 in the base storage body 10.
Is formed smaller by the height of the front and rear recesses.

Since the right side plate 21 and the left side plate 22 are symmetrical with each other, the left side plate 22 shown in detail in FIG. 5 will be described, and the right side plate 21 will be omitted. On the back side, a backboard fitting recess 22A for fitting the backboard 23
Are provided at three locations. The back plate fitting recess 22
A square groove 22B for fixing the finishing back plate 24 is provided on the front side of A. A mounting recess 22C for mounting and fixing another storage body on the stacked storage body 20 is provided on the upper end surface. Further, on the front side and the back side of the inner surface of the left side plate 13, it is possible to fix shelf boards provided to horizontally divide the internal space of the stacked storage body 20, so that the shelf boards are evenly spaced. A hole 22D is provided. In addition, as described above, the lower end surface has the base storage unit 10
Alternatively, a connecting concave portion 22E for connecting and fixing is provided on the continuous storage body 10A. This connecting recess 22E
Stacked storage bodies 2 on the base storage body 10 or the continuous storage body 10A by using the connecting cylinder 25 that is slightly longer than the depth of
Fix 0.

Regarding the name of each part of the right side plate 21,
Match the alphabetical symbols on the left side plate 22 described above,
The square groove shown in FIG. 5 is 21B, and the mounting recess is 2
1C, and the connecting recess is 21E. The back plate 23 also has substantially the same shape as the back plate 14 of the basic storage body 10. The difference is that there is no bottom plate fitting protrusion 14E. That is, the back plate 23 is formed of two vertical core members 23B, three horizontal core members 23C, and a back back plate 23A.
A side plate fitting protrusion 23D corresponding to the back plate fitting recess 22A is provided on the outer side of 3B. Further, in order to completely fix the vertical core member 23B to the right side plate 21 and the left side plate 22, the core member screw 23F screwed from the vertical core member 23B side.
Is prepared. Therefore, the back plate 23 is formed by using the same plate material as the back plate 14 of the basic storage body 10. That is, the members are also made common here.

The finished back plate 24 also has the same shape as the finished back plate 17 of the basic storage body 10, and is formed by using the same plate material. That is, the members are also made common here. For the description of the finishing back plate 24, refer to the basic storage unit 10.
Since it is the same as that of the finishing back plate 17 of No. A space as small as the thickness of the core members 23B and 23C is formed between the back back plate 23A and the finishing back plate 24 as in the case of the basic housing 10, but the space is referred to as the back plate inner space 24A. . Due to the presence of the inner space 24A of the back plate, the back plate portion of the stacked storage body 20 has a double structure, and the stacked storage body 20 also has a superior soundproof performance.

Note that, as in the case of the basic storage body 10, a soundproof material, a heat insulating material and the like can be packed in the back plate inner space 24A. Next, the order of assembling the stacked containers 20 will be described. First referring to FIG. 5, the right side plate 2
1, the order of assembling the left side plate 22 and the back plate 23 will be described. First, the left side plate 22 is fixed to the left side plate 22 with the inner surface thereof facing upward. That is, the side plate fitting protrusion 23D of the back plate 23 is inserted and fixed in the back plate fitting recess 22A of the left side plate 22. Similarly, the right side plate 21 is fixed to the back plate 23. After that, the vertical core material 23B is passed through and the core material screw 23
Screw F into the right side plate 21 or the left side plate 22. At this point, the assembly of the members shown in FIG. 5 is completed.

Next, an assembly for connecting and fixing the stacked storage body 20 above the base storage body 10 will be described with reference to FIGS. 6 to 9. First, the mounting recess 12 of the base storage body 10
Insert the connecting column 25 into G and 13G and fix. Then, the connecting column 2 protruding from the mounting recesses 12G, 13G
5, the connection recesses 21E, 2 of the stacked storage body 20
Insert 2E and fix. Here, the stacked storage body 20 as shown in FIG. 7 is in a state of being connected and fixed onto the base storage body 10.

Next, as shown in FIG. 8, the square grooves 21B, 2
The finishing back plate 24 is fitted to 2B, and thereafter, although not shown in FIG. 8, by fixing the upper plate 26, the connection and fixing of the stacked storage body 20 to the base storage body 10 is completed. In FIG. 9, two stacked storage bodies 20 are fixed on the basic storage body 10, and the configuration and the assembly operation of the second stacked storage body 20 and the uppermost stacked storage body 20 from the bottom are as follows. Is the same. The container formed here is a vertically long basic container 30.

As described above, the storage unit formed by using the basic storage unit 10, the stacked storage unit 20 and the like has some variations in the combination of the storage units, and the members can be commonly used for assembly. Since the procedures have commonality,
Assembling work can be made efficient. Moreover, since each of the storage bodies has a soundproof structure, the assembled storage bodies also have excellent soundproof performance.

Next, a configuration and an assembling order in the case of forming a storage body having a large storage space in the vertical direction by using the continuous storage body 10A and the continuous stacked storage body 20A described above will be described with reference to FIG. The container shown in FIG. 10 is also the vertically long basic container 30. The vertically long basic storage body 30 is formed by connecting and fixing the continuous stacked storage body 20A on the continuous storage body 10A, and further connecting and fixing the stacked storage body 20 on the continuous stacked storage body 20A. In the container formed in this manner, the auxiliary upper plates 19 and 27 play a role of preventing vertical distortion and twist while achieving weight reduction. Although illustration is omitted, the vertically long basic storage body 30 shown in FIG.
In this case, the upper plate portion that does not form the uppermost surface of the vertically long basic storage body 30 is used as the upper plates 18 and 26, or the auxiliary upper plates 19 and 2.
Whether or not the number is 7 may be appropriately selected according to the usage mode of the vertically long basic storage body 30. That is, the auxiliary upper plate 19 shown in FIG. 10 may be the upper plate 18, or only the auxiliary upper plate 27 may be the upper plate 26.

A vertically elongated thin container 36 is defined as a container that is half the size of the vertically elongated basic container 30 in the depth direction. Since the vertically long thin storage body 36 is used for the double-sided triple basic mold partition 101 shown in FIG. 15, a detailed description of the vertically long thin storage body 36 will be given in the description based on FIG. Then, based on FIG. 11 etc., basic storage
Body 10 and stacked storage body 20, or continuous storage body 1
A vertical application storage body 31 formed by applying the vertical base storage body 30 composed of 0A and the continuous stacked storage body 20A and forming the storage space of the vertical base storage body 30 to provide a new storage space will be described. In addition, the portrait application shown in FIG.
The housing 31 has the entire outer shape shown by the wavy line in the figure.
Which is continuous on the above-mentioned basic storage body 10.
Stacked storage unit 20A, further stacked storage unit 2
It is formed by connecting and fixing 0s.
However, the specific description here is omitted. This vertical application income
The housing 31 is basically the "basic" in the claims.
By the combination of "storage unit" and "stacked storage unit"
It is configured.

The uppermost part of the vertically long application storage body 31 is the upper plate 2.
6. Longitudinal foundation storage body 30 whose bottom part is formed of the bottom plate 11
The storage space is divided into two parts in the vertical direction and used. The upper part of the divided space is a clothing crest hanging space 31A, and the lower part is a drawer space 31B.
Further, although the front side is opened in the vertically long basic storage body 30, the vertically applied storage body 31 is provided with two opening doors 33. This open door 33 is provided with various vertical and horizontal sizes according to the storage body, but all of them are fixed even if they are opened vertically to the front side. It is fixed so that it fits within the width of the container. By adopting such a fixing structure, it is possible to form the partition storage furniture 100 by adjoining the storage bodies provided with the opening doors 33.

The open door 33 may be made of a transparent material such as plastic or glass other than wood. The open door using glass is adopted as the glass door 33A in FIG. 21, which will be described later. The hinged door 33 is openably and closably fixed to the vertically long application container 31 by using a plurality of hinges 34 as shown in FIG. In FIG. 12, the left side of the lower portion of the vertically long application storage body 31 is shown, so that the opening door 33
Among them, the left side as viewed from the front side, the bottom plate 11 and the left side plate 13 in the basic storage body 10 are shown. In the following description, regarding the fixing of the hinge 34 to the vertically long application storage body 31, the fixing to the left side plate 13 of the base storage body 10 will be described, so that the upper part of the left opening door 33 and the opening on the right side. Detailed description of the door 33 is omitted.

The hinge 34 includes a side plate fixing portion 34A fixed to the side plate 13, a fixed arm 34B fixed to the side plate fixing portion 34A and protruding toward the front side, and a rotation rotatably supported with respect to the fixed arm 34B. Arm 34C, rotating arm 34C
And a side plate fixing screw 34E for fixing the side plate fixing portion 34A to the side plate 13 so as to be rotatably supported and fixed to the opening door 33.

The side plate fixing portion 34A is provided with two through holes corresponding to the hole pitches of the shelf plate holes 13H in the side plate 13, and the side plate fixing screws 34E penetrate the through holes to fix the screws. The side plate fixing portion 34A is fixed by. That is, if two adjacent holes 13H for shelf plates can be used among the holes 13H for shelf plates that should originally be used as dowel holes when fixing the shelf plate 37, this hinge 34 can be used for any of the side plates 13. It can also be fixed in height.

The drawer space 31B shown in FIG.
A space from 1 to a predetermined height. The drawer space 31
In B, a drawer unit 40 having a drawer that can be pulled out to the front side is built in, as a whole having a substantially box shape. In this drawer unit 40, the space below the top plate designated by reference numeral 41 in FIG. 11 is divided into a right space 42 and a left space 43, and three drawers 45 in the right space 42 and two spaces in the left space 43. One basket 44 will be stored. Note that FIG.
Then, in the basic storage body 10 that constitutes the vertically long application storage body 31,
Although not explicitly shown, the above-mentioned drawer unit 40
May be stored in the basic storage body 10.
Use the base storage 10 as an outer box for the unit 40
It goes without saying that it is okay. Further, for the right space 42 and the left space 43, as shown in FIG. 13, a full size drawer 45 having a width twice the width of the drawer 45.
A can also be stored. As for the basket 44, three baskets having a small vertical dimension may be stored in the left space 43.

The space sandwiched between the top plate of the drawer unit 40 housed in the drawer space 31B and the upper plate 26 of the vertically long application container 31 serves as a clothing crest hanging space 31A. The auxiliary upper plate 27 of the stacking storage body 20 is provided on the inner side of the space 31A for hanging clothes in the vertical direction. A round rod-shaped hanging rod 32 is fixed right below the upper plate 26 and in the middle of the depth direction so as to cross the clothing crest hanging space 31A. The hanging bar 32 can be hooked with a lock-shaped lock. Therefore,
The crest hanging space 31A can be used as a space for accommodating a suit or the like hung on the crest.

Next, based on FIG. 14, a storage body to which the vertically long basic storage body 30 is applied is formed, and the storage space in the storage body is set as a new storage space different from the storage space of the vertically long basic storage body 30. The vertically elongated container 35 formed so as to be provided will be described. This vertically elongated storage unit 35
Is a half of the horizontal width of the vertically long application container 31 shown in FIG. That is, the basic storage, the continuous stacked storage, and the storage corresponding to the stacked storage forming the vertically elongated storage 35 have a width half that of the basic storage 10, the continuous stacked storage 20A, and the stacked storage 20. Is formed as a thing. However, the dimensions are only different from the basic structure, the assembly procedures and the like, basic yield as described above
Vertically long basic storage body 30 that consists of a storage body and a stacked storage body
The soundproofing performance is excellent and the members are commonly used.

The storage space of the vertically long thin type storage body 35 is formed in the same manner as the storage space of the left half of the vertically long application storage body 31. That is, the uppermost part is formed by a half-size upper plate 26A having a half width of the upper plate 26, and the lowermost part is formed by a half-size bottom plate 11D having a half width of the bottom plate 11. Further, the vertical direction is roughly divided into two, and the upper portion of the divided space is a clothing crest hanging space 35A and the lower portion is a drawer space 35B. Further, on the front side, one hinged door 33 is provided by the hinge 34 shown in FIG.

The drawer unit 4 is placed in the drawer space 35B.
A half-size drawer unit 40A having a width of half of 0 is incorporated. This half size drawer unit 40A
Is formed so that the basket 44 is housed in the space below the half-size top plate that does not appear in FIG.
Half-size top plate of the half-size drawer unit 40A stored in the drawer space 35B (here, 18A is attached
And be), half the size of the upper plate 26A of the elongated narrow housing body 35
The space sandwiched by and becomes the clothing crest hanging space 35A. A half-size auxiliary upper plate 27A having a width half that of the auxiliary upper plate 27 is present on the inner side in the vertical direction between the clothing crest hanging spaces 35A. The half size upper plate 26A
Immediately below, and in the middle in the depth direction, a half-size hanging rod 32A having a half length of the hanging rod 32 is fixed so as to cross the clothing crest hanging space 35A.

Next, as described above, the base storage body and the stack are stacked.
Various partition storage furniture 100 configured by using the vertically long basic storage body 30 including a storage body will be described. The partition storage furniture 100 of this embodiment is formed by combining a plurality of the vertically long basic storage bodies 30, the vertically long application storage bodies 31 and the like as described above. For example, the partition storage furniture 100 is formed by connecting a plurality of storage bodies having the same depth direction length in the left-right direction.
At this time, the opening sides of the respective storage bodies may be unified in only one direction, or may be alternated. If they are alternated, the partition storage furniture 100 can store stored items from either room partitioned by the partition storage furniture 100. For example, as the partition storage furniture 100 in which the opening sides of the respective storage bodies are unified in only one direction, there is a single-sided triple partition 104 shown in FIG.

Further, the vertically long basic storage body 30 and the vertically long thin storage body 36, which is half the vertical size of the vertically long basic storage body 30, are back-to-back, and they are alternately connected in the left-right direction to form a partition storage. Furniture 100,
Partition storage furniture 1 that can store a large amount of storage from both rooms partitioned by partition storage furniture 100
It becomes 00. In addition, the vertically long thin storage body 36 described above is also
As with the long base storage body 30, basically,
Composed of a combination of stacked storage
Needless to say. For example, a double-sided triple foundation mold partition 101 described below with reference to FIG.

The partition storage furniture constituted by using the vertically long basic storage body 30 and the like will be described below with reference to FIG. The partition storage furniture is arranged and fixed in the center of the room so as to divide the room, and is a double-sided triple foundation type partition 101. Note that, for convenience of description, in FIG. 15 and FIG. 16 described later, the room on the front side partitioned by the double-sided triple foundation type partition 101 is a “front room”, and the room on the back side is a “back room”, Furthermore, the left and right directions are based on the view from the room on the front side.

In this double-sided triple basic type partition 101, a vertically elongated storage container 31 is arranged so that its opening side faces the front room, and a vertically thin storage container 36 is provided on the back room side of the vertically elongated storage container 31. Are arranged so that the opening side faces the back room. On the right side of the vertical application storage body 31, the vertical base storage body 30 is arranged so that its opening side faces the front room, and on the back room side of the vertical base storage body 30, again the vertical thin storage body 36. Are arranged so that the opening side faces the back room. And on the right side of the vertically long basic storage body 30,
The vertically long thin storage body 36 is arranged so that its opening side faces the front room, and on the back room side of the vertically thin storage body 36,
The vertically long basic storage body 30 is arranged so that its opening side faces the back room. With such an arrangement of the six storage bodies, a double-sided triple basic mold partition 101 shown in FIG. 15 is formed, and the double-sided triple basic mold partition 101 divides the room into a front room and a back room.

A vertically-long application storage body 31 arranged on the front side,
The bottom portions of the vertically long basic storage body 30 and the vertically long thin storage body 36 are
It is formed by the bottom plate 11 and the like of the base storage body 10. Therefore, the front cutout portion 12A is continuous by the length of the three storage bodies in the left-right direction. This continuous front part 1
A decorative skirting board 50 that is fixed to 2A and has a good appearance will be described. As shown in FIG. 15, this makeup skirting board 50 has a short skirting board 51 whose longitudinal length is the width of one longitudinal application storage body 31, and a longitudinal width of two vertical application storage bodies 31. A long skirting board 52 having a length,
Although not shown in FIG. 15, there is a half-type skirting board 53 having a length in the longitudinal direction that is half the length in the longitudinal direction of the short-type skirting board 51.

Although not shown in detail, the color applied to the decorative skirting board 50 is characteristic. That is, in the slender plate-shaped decorative skirting board 50 fixed to the front of the riser of the partition storage furniture 100, at least one side surface of which is located near the wall of the room, for example, the long skirting board 52 shown in FIG.
A color of the same color, for example, white is applied to one side and one side of the front and back of the makeup skirting board 50, and another color, for example, a natural color is applied to the other side and the other side of the front and back. Then, the decorative skirting board 50 is fixed to the furniture so that the surface in contact with the front surface of the riser and the surface in contact with the partition storage furniture 100 near the wall of the room have the same color. That is, if the partition storage furniture 100 has a natural color, the surface in the natural color matches the front surface and the surface coated in white is hidden.

The six housings forming the two-sided triple foundation type partition 101 have rear notch portions 12B, and by making them back to back, a tunnel-like passage is formed. This passage is referred to as a back lacking portion 39. The back lacking portion 39 solves the following problems. In other words, conventional study desks must always have a power supply,
Unless the power supply is not considered and there is an outlet on the floor near the center of the room that is partitioned using a study desk, connect the power cord from the wall outlet to the place where the desk is placed. I had to distribute it. In that case, the power cord becomes long and unsightly, and the probability of an accident such as getting caught in the power cord increases.
When there was an outlet on the floor near the center of the room to be partitioned, there was no such problem, but when you want to lay a carpet on the floor, there is a new problem that the carpet is an obstacle and the outlet cannot be used. Had occurred.

Therefore, if the back recessed portion 39 formed in the partition storage furniture 100 due to the presence of the rear recessed portion 12B is communicated by an appropriate means, it is possible to secure a space for storing the power cord. It is possible to solve such a problem. In addition, as the partition storage furniture 100, the both sides triple base type partition 101
As described above, it is preferable to form the storage bodies back to back because the appearance of the power cord can be almost hidden, but the partition storage furniture 100 having the effect of providing a space for storing the power cord is a basic storage. Body 1
0 , it exists in all the partition storage furniture 100 using the stacked storage bodies 20 and the like , and is not limited to the partition storage furniture 100 formed back to back.

When a storage body is provided on the front side and the back side as in the above-described double-sided triple-type partition 101, not only the effect that the stored items can be stored from either room but also the basic storage Since there are two double soundproof structures formed by the back backboard 14A and the finished backboard 17 in the body 10, there is also an effect that the soundproofing structure is quadruple and the soundproofing performance is further improved.

Next, based on FIG. 16, basically the basic
Shaped by combining the storage and stacked storage
A description will be given of the double-sided triple application type partition 102 configured by using the vertically long basic storage body 30 and the like. The two-sided triple applied type partition 102 has the same type and arrangement of the six storage bodies constituting the above-described two-sided triple type basic partition 101. However, the usage of the internal space of the vertically-oriented storage case 31 located on the front left side, the internal space of the vertically-oriented base storage body 30 located on the front inside, and the internal space of the vertically thin storage case 36 located on the front right side are different. Only.

With respect to the internal space of the vertically long application storage body 31, the lower side serves as a drawer space 31B and the upper side serves as an upper placement space 31C with the upper plate 18 of the basic storage body 10 forming the lower portion as a boundary. The drawer unit 40 described above is housed in the drawer space 31B. Here, the unit 40 is the basis
An example is shown in which it is incorporated in a portion corresponding to the storage body 10.
The upper placing space 31C is the upper plate 26 of the vertically-long application storage body 31.
It is partitioned by a shelf plate 37 which is fixed immediately below.

The shelf plate 37 is a plate material having a slightly smaller depth dimension than the upper plate 26, and is fixed to the shelf plate holes 13H and 22E provided in the base storage body 10 and the stacked storage body 20 with dowels or the like. It is fixed by embedding it and functions as a shelf. Of course, the position of the shelf 37 can be changed by changing the position where the fixture is embedded.

The internal space of the vertically long base storage body 30 is the same as that of the double-sided triple base die partition 101, except that the above-mentioned shelf plates 36 are fixed at an appropriate position by an appropriate number. The internal space of the vertically long thin storage body 36 is also obtained by only fixing a proper number of narrow shelf plates 37A having a short depth dimension of the above-mentioned shelf plate 36 at an appropriate position, and then the both side triple base type partition It is no different from 101.

Then, the two-sided triple foundation type partition 101,
Regarding the variation in the so-called "two-sided storage partition", such as the three-sided applied type partition 102, etc., which can secure a storage space in the front room and the back room partitioned by the partition storage furniture 100, This will be described with reference to FIGS. 17 and 18. For example, the vertically long basic storage body 30 and the vertically long thin storage body 36 described above.
Although the and have different dimensions in the depth direction, the depth dimensions do not change in each storage body, but the variations shown here are examples of so-called stepped storage bodies in which the depth dimensions change. is there. Only
However, basically this stacking storage unit is also stacked with the basic storage unit.
Formed by combining with a raised storage
Needless to say.

In FIG. 17, the staggered storage body whose storage space is shown by a solid line is not the storage body that is stacked and fixed on another storage body, but is the staggered storage body 60 for arranging on the floor. . The storage unit that is stacked and fixed on the floor-level arrangement storage unit 60 is the stacking storage unit 65 shown by an imaginary line. On the other hand, in Figure 18
In particular, the staggered storage body indicated by the solid line is the stacked staggered storage body 65, and the phantom line below is the floor surface arrangement staggered storage body 60.

The lower half of the stepped storage unit 60 for arranging the floor surface is formed by the basic storage unit 10, and the upper half is formed of the basic storage unit 10.
It is made up of stacked storage units that are smaller than the depth dimension of. That is, it is divided into an upper space 60A and a lower space 60B with the upper plate 18 of the basic housing 10 as a boundary. Lower space 60
The drawer unit 40 is housed in B. Further, in the upper space 60A, the half-size upper plate 2 forming the upper end thereof
One narrow shelf 37A is placed below 6A. Two opening doors 33 are fixed to the opening side through which the upper space 60A and the lower space 60B pass.

Assuming that the front side in FIG. 17 is the opening side of the floor laying stepped storage body 60, the opening side of the stacking stepped storage body 65 is the back side. Similarly, assuming that the front side in FIG. 18 is the opening side of the stacking staggered storage body 65, the opening side of the floor surface placement staggered storage body 60 is the back side. As shown in FIG. 18, in the stacked staggered storage body 65, the depth dimension of the lower space 65B forming the lower half is half the depth dimension of the upper space 65A forming the upper half. That is, the bottom portion is formed by the half-size bottom plate 11D, and the top portion is formed by the upper plate 26. Then, three narrow shelf plates 37A are placed in the lower space 65B, and two shelf plates 37 are placed in the upper space 65A. Also,
2 on the opening side through the upper space 65A and the lower space 65B.
The number of hinged doors 33 is fixed.

As described above, even in the case of the storage devices such as the floor laying staggered storage unit 60 and the stacking staggered storage unit 65, the basic storage unit 10 and the stacked storage unit 20.
There is no change in the storage body formed using such as. Therefore, the members can be made common and the assembling work can be made efficient, with some variations in the combinations of the storage bodies. In addition, since each storage body has a soundproof structure, the assembled storage body also has excellent soundproof performance.

The stepped storage body 6 for arranging the floor surface as described above.
In the case of partition storage furniture 100 in which the stacking storage container 65 is placed and fixed on 0, or in the case where it is connected in the lateral direction, the double-sided triple foundation type shown in FIG. It is possible to provide partition storage furniture that has a smaller depth dimension than the partition 101 and can be stored from both sides of the partition.

Next, a case where the partition storage furniture 100 divides one room will be described with reference to FIG.
The partition storage furniture shown in FIG. 19 includes a vertically long basic storage body 30 from the right when viewed from the front, two table units 70 and a study desk unit 8 which will be described in detail later with reference to FIG.
Desk built-in horizontal partition 1 made by incorporating 0
It is 03. This desk built-in horizontal partition 103 is
One room is partitioned so that it cannot be moved back and forth.
However, it is not high enough to reach the ceiling of the room.

Next, the table unit 70 and the study desk unit 80 whose exploded perspective view is shown in FIG. 20 will be described.
In FIG. 20, for convenience of explanation of the study desk unit 80, the arrangement of the table unit 70 and the study desk unit 80 shown in FIG. 19 is changed. As shown in FIG. 20, the table unit 70 is formed by mounting and fixing the counter unit 71 on the base storage body 10. Two opening doors 33 are provided on the front side of the base storage body 10.
Is provided. Also, in the lower part on the front side, a short skirting board 5
1 is fixed.

The counter unit 71 is the base storage unit 1.
0-shaped table plate 72 mounted and fixed on the upper plate 18
And a top cabinet 73 having a depth dimension that is about half the depth dimension of the table board 72 and fixed to the back side of the table board 72. The top cabinet 73 is formed so as to cover both side surfaces, a back surface, and an upper surface of the table plate 72 on the back side.

The counter unit 7 shown in FIG.
In FIG. 1, the front side of the top cabinet 73 is open, but as shown in FIG. 21, the front side of the top cabinet 73 is provided with a glass door 33A in which a glass plate is fitted and is surrounded by the top cabinet 73. Cabinet shelf 74 that horizontally partitions the existing space
It is also possible to provide the glass door unit 71A provided with.

The study desk unit 80 is formed by placing the two drawer units 40 apart from each other in the left-right direction and placing and fixing the study desk counter 83 on them. Two
Of the two drawer units 40, the one on the left side in FIG. 20 is a two-stage drawer and the one on the right side is a three-stage drawer. In addition, in the lower part on the front side, each half-type skirting board 5
3 is fixed. Also, two drawer units 40
Decorative side plates 81 whose surfaces are finished are fixed to the two side surfaces facing each other. Further, on the back side, one decorative back plate 82 whose back side is finished is fixed. Due to the existence of the decorative back plate 82, the appearance from the room on the back side, which is partitioned by the desk built-in horizontal cutting type partition 103, is improved.

The study desk counter 83 is shown in FIG.
Will be explained with reference to. The study desk counter 83
A desk plate 84 placed on the upper surfaces of the two drawer units 40 positioned apart from each other, a back plate 85 standingly fixed on the entire upper surface of the back side of the desk plate 84, and spines on both upper and lower sides of the desk plate 84. Board 85
A half side plate 86 that is erected and fixed to the side half, a back plate 85, and two partition plates 87 that are erected in contact with the back plate 85 to divide the space surrounded by the half side plate 86 into three parts, and the partition plates thereof. 87
And a half-side plate 86. The space between the half-side plate 86 and the half-side plate 86 is divided into three partition plates 88, and an umbrella plate 88 that covers the upper half of the half-side plate 86 on the back plate 85 side. According to the study desk counter 83 provided here, the study desk unit 8
It serves to diversify the use of 0 and make it easier to use.

As shown in FIG. 23, with respect to the study desk counter 83, instead of the half side plate 86 which is a constituent member thereof, all side plates 86A which are erected and fixed on the entire upper both side portions of the desk plate 84 are provided. The provided horizontal partition type counter 83A is also provided. In the horizontal partition type counter 83A shown here, the number of the partition plates 88 is reduced to one each on the left and right, but the partition plates 88 are not shown in detail so that they can be changed according to preference, but for example, dowel holes or the like. Is prepared. According to the horizontal partition type counter 83A provided here, for example, the study desk units 80 are arranged side by side, and the partition storage furniture 10 is such that two children study side by side.
It is possible to provide 0, but in that case, it is possible to provide the study desk units 80 that do not bother each other.

Desk-mounted horizontal partition 1 described above
In 03, no particular reference was made to the back side of the vertically long basic storage body 30, the two table units 70, and the study desk unit 80, but this desk built-in horizontal partition 10
A vertically long basic storage unit 3
When it is desired to provide a storage space such as 0 or a study desk unit 80, it is naturally possible to arrange and fix them. In that case, a desk-mounted horizontal partition 103
It is desirable to dispose and fix a container or the like having a height of 1, but the present invention is not limited to this.

Power is supplied to electric appliances such as desk lamps, which are absolutely necessary for the study desk unit 80, regardless of whether or not a storage body such as the vertically long basic storage body 30 is arranged and fixed on the back side of the desk-mounted horizontal partition 103. Therefore, a space for arranging the power cord can be secured. That is, in the case where another container for the room on the back side is not arranged and fixed on the back side of the desk built-in horizontal partition 103, the back recessed portion 12B.
However, when arranging and fixing the other storage body for the room on the back side, the back recessed portion 39 exists, so it suffices to arrange the power cords in those spaces, and the power cord becomes an obstacle, It will not cause an accident such as getting caught on your foot.

Further, all of the storage bodies forming the desk-mounted horizontal partition 103 are basically as described above.
Structured by combining the basic storage and stacked storage
This is one of the variations to be made, and has the soundproof structure as described in the above- mentioned basic housing 10, so that it is useful for mutual soundproofing of the front side and the back side that are partitioned. Next, with reference to FIG. 24, a partition furniture different from the desk built-in horizontal partition 103 shown in FIG. 19 will be described.

The partition storage furniture shown in FIG. 24 is formed by incorporating the vertically long basic storage body 30, the table unit 70 and another vertically long basic storage body 30 from the right when viewed from the front side, and the storage body is installed on the back side. It is a partition 104 that is not a single-sided triplet, and is a partition furniture that has a storage space only on the front side. This one side three-way partition 1
In No. 04, the right-side vertically long basic storage body 30 is in contact with the wall of the room, but the left-side vertically long basic storage body 30 is not in contact with the opposite wall. Therefore, one room is partitioned so that it can move back and forth, and it does not have such a height that it can reach the ceiling of the room. However, it has a role as an accent in a large room and also becomes a little blindfold.

The vertically long basic storage body 30 which constitutes the three-sided partition 104 on one side is basically the same as that described above.
Depending on the combination of the basic storage unit and the stacked storage unit,
The table unit 70 does not have the counter unit 71 shown in FIG. 20, but has the glass door unit 71A shown in FIG. 21. . In the case of a partition storage furniture 100 that does not have a height reaching the ceiling of the room, such as the one-sided triple partition 104 shown here, a decorative top plate 55 having a finish on its upper surface is used. Are fixed to improve the appearance and make the upper surface of the partition storage furniture 100 easy to use. In the case of the partition storage furniture 100 that partitions one room so that it can be moved back and forth, the decorative side plate 56 is fixed to the side surface on the side that can be moved back and forth to improve the appearance.

Next, referring to FIG.
Partition furniture different from the partition furniture shown in FIG. 24 will be described. The partition storage furniture shown in FIG. 25 is
From the right when viewed from the front, connect the four vertically oriented storage units 31,
Two upper storage units 90 having a short vertical length and a long horizontal length are placed and fixed on them. Further, although not shown in the drawing, a plurality of storage units are connected and fixed so that the opening side is on the back side, and the both sides are connected to each other so that not only the room on the front side but also the back side have the same width and the same height. is there. However, the desk-mounted horizontal cutting type partition 103
Unlike, it does not completely partition the room, but partitions one room so that it can be moved back and forth. Also, although it does not have a height that reaches the ceiling of the room,
There is a height just below the ceiling. Since it is a partition storage furniture that partitions one room so that it can be moved back and forth, a decorative side plate 56 is fixed to the side surface on the side that can be moved back and forth to improve the appearance.

The vertically elongated storage container 31 used for the partitions 105 on both sides has a height higher in the vertical direction than that shown in FIG.
However, as mentioned above, basically,
Easily understood to be constructed in combination with a storage body
Let's. Here, as shown in detail in FIG. 26 , the upper container 90 has four opening doors 33 and has a width corresponding to the width of the two vertically long application containers 31. It is also possible to eliminate the gap between the partition furniture and the ceiling by making the height of the upper housing 90 a little larger or by interposing another member. In this case, the horizontal direction is partitioned up to the wall by another storage member, and the intervening member is provided with a sound deadening function, and the back plate inner spaces 17A and 24A of the basic housing 10 constituting the vertically long application housing 31 also have a sound deadening performance. By arranging the members, it is possible to partition into two rooms with less noise coming and going, and furthermore, a considerably large storage space can be secured in both rooms.

In order to realize diversification of the selection of the storage bodies, the number of the opening doors 33 in the upper storage body 90 is set to three,
A variation such as the upper triple storage body 91 shown in FIG. 27, which has a width of 1.5 times the width of one vertically long application storage body 31, is also provided. Hereinafter, the effect of the partition storage furniture described above will be described.

Various partition storage furniture 10 described above
0 is basically based on the structure of the basic storage body 10 and the stacked storage body 20, and the basic storage body 10 or the continuous storage body 1
It is formed by stacking the stacked storage bodies 20 or the continuous stacked storage bodies 20A above 0A and connecting them in the lateral and depth directions. In other words, it can be used as free system furniture. Then, the left and right side plates 1 of the basic storage body 10, the continuous storage body 10A, the stacked storage body 20 and the continuous stacked storage body 20A.
2, 13, 21, 22 play a role as a support member in the height direction. That is, when stacking, the side plates 12, 13, 21, 22 of each storage body are connected without interposing the upper plates 18, 26 and the bottom plate 11 of each storage body, so that the partition storage furniture 100 is completed. In this case, since the vertical core material functions as almost one member, a durable partition storage furniture can be provided.

The presence of the upper plate 18 of the basic storage 10, the upper plate 26 of the stacked storage 20, the auxiliary upper plate 19 of the continuous storage 10A, or the auxiliary upper plate 27 of the continuous storage 20A makes it possible to store the partition storage furniture. It is also possible to prevent vertical distortion in 100. Further, since the members are shared in the basic storage body 10, the stacked storage body 20, the continuous storage body 10A, or the continuous stacked storage body 20A, not only the storage body formed by using them but also further combination is possible. Even in the formed partition storage furniture 100, the members are made common while having a considerable number of combination variations. Since the members are made common, the assembling procedure has a commonality, so that the assembling work can be made efficient.

Further, since each storage body has a soundproof structure, the assembled partition storage furniture 100 is also excellent in soundproof performance. It goes without saying that the soundproof structure also functions as a heat insulating material.

[0096]

According to the partition storage furniture according to the invention described in claim 1, the study desk, the storage furniture and the like can be freely combined, and the storage furniture used as the partition is not wasted even after years have passed. It is a partition storage furniture that can be used to increase variations and is soundproof.
As system furniture with excellent functions, and with a common type of members such as the upper plate of the basic storage unit and the upper plate of the stacked storage unit, the back plate of the basic storage unit and the back plate of the stacked storage unit The effect is that we were able to provide partition storage furniture.

According to the partition storage furniture according to the invention of claim 2, the partition storage furniture according to the invention of claim 1 has the effect and at the same time, all the side plates in the stacked storage body are made common and the kind of member is There is an effect that it was possible to provide partition storage furniture as system furniture with reduced number of items. According to the partition storage furniture according to the invention described in claim 3, the partition storage furniture according to the invention described in claim 2 has the effect, and the auxiliary upper plate can be selected and used, and there are a plurality of auxiliary upper plates. In this case, it is possible to provide partition storage furniture as system furniture in which all of the auxiliary upper plates are made common and the number of types of members is reduced.

[Brief description of drawings]

FIG. 1 is an exploded perspective view of a basic storage body that forms the basis of partition storage furniture.

FIG. 2 is an assembled perspective view of a basic storage body that forms the basis of partition storage furniture.

FIG. 3 is a perspective view of a basic storage body that is the basis of the partition storage furniture after being assembled.

FIG. 4 is a perspective view showing a continuous storage body formed by deforming the base storage body.

FIG. 5 is an exploded perspective view showing a stacked storage body.

FIG. 6 is an exploded perspective view showing a state in which a stacked storage body is connected onto a base storage body.

FIG. 7 is a perspective view showing a state in which a stacked storage body is connected onto a base storage body.

FIG. 8 is an assembly perspective view showing a state in which the stacked storage bodies are connected to each other on the base storage body.

FIG. 9 is a perspective view showing a storage body formed by connecting two stacked storage bodies on a base storage body.

FIG. 10 is a perspective view showing a vertically long basic storage body formed by connecting a continuous stacked storage body on a continuous storage body and further connecting a stacked storage body thereon.

FIG. 11 is a perspective view showing a vertically applied storage body formed by deforming the vertically long base storage body.

FIG. 12 is a perspective view showing a fixing structure of a hinge used for a hinged door.

FIG. 13 is a perspective view showing a full-size drawer used in the drawer unit.

FIG. 14 is a perspective view showing a vertically elongated thin type storage body in which the storage space of the vertically long basic storage body is formed so as to provide a new storage space.

FIG. 15 is a perspective view showing a double-sided triple foundation type partition arranged and fixed in the center of the room so as to divide the room.

FIG. 16 is a perspective view showing a double-sided triple application type partition arranged and fixed in the center of the room so as to divide the room.

FIG. 17 is a perspective view showing an example of a so-called stepped storage body in which the depth dimension changes.

FIG. 18 is a perspective view showing an example of a so-called stepped storage body in which the depth dimension changes.

FIG. 19 is a perspective view showing a desk built-in horizontal partition formed by incorporating a vertically long basic storage body, two table units and a study desk unit.

FIG. 20 is an exploded perspective view showing a table unit and a study desk unit.

FIG. 21 is a perspective view showing a glass door unit.

FIG. 22 is a perspective view showing a study desk counter.

FIG. 23 is a perspective view showing a horizontal partition type counter partly different from the study desk counter.

FIG. 24 is a perspective view showing a three-sided partition on one side formed by incorporating a vertically long basic container, a table unit, and another vertically long basic container.

FIG. 25 is a perspective view showing a partition on both sides formed by connecting four vertically elongated storage units.

FIG. 26 is a perspective view showing an upper container.

FIG. 27 is a perspective view showing an upper triple storage unit.

FIG. 28 is a perspective view showing a partition furniture disclosed in JP-A-56-106608.

FIG. 29 is a perspective view showing a partitioning device for the room shown in Japanese Utility Model Laid-Open No. 60-55617.

[Explanation of symbols]

10 ... Base storage body, 10A ... Continuous storage body, 11 ... Bottom plate,
11A ... Fitting protrusion, 11B ... Fitting recess, 11C
... Square groove, 11D ... Half size bottom plate, 12 ... Right side plate, 1
2A ... front recessed portion, 12B ... rear recessed portion, 12F ... square groove, 1
2G ... Recess for mounting, 13 ... Left side plate, 13A ... Front notch,
13B ... rear recessed portion, 13C ... foot plate fitting concave portion, 13D
... Bottom plate fitting recess, 13E ... Back plate fitting recess, 13
F ... Square groove, 13G ... Mounting recess, 13H ... Shelf plate hole, 1
4 ... back plate, 14A ... back back plate, 14B ... vertical core material, 14C ...
Horizontal core material, 14D ... Side plate fitting protrusion, 14E ... Bottom plate fitting protrusion, 14F ... Core material screw, 15 ... Front foot plate, 15A ...
Bottom plate fitting protrusion, 15B ... Side plate fitting protrusion, 16 ...
Rear footboard, 17 ... Finishing backboard, 17A ... Inner space of backboard, 18
… Top plate, 18A… Half size bottom plate, 19… Auxiliary top plate,
20 ... Stacked storage body, 20A ... Continuous stacked storage body,
21 ... Right side plate, 21B ... Square groove, 21C ... Mounting recess, 2
1E ... Connection recess, 22 ... Left side plate, 22A ... Back plate fitting recess, 22B ... Square groove, 22C ... Mounting recess, 22D ...
Shelf plate hole, 22E ... Connection recess, 23 ... Back plate, 23A ...
Back plate, 23B ... Vertical core member, 23C ... Horizontal core member, 23D ... Side plate fitting protrusion, 23F ... Core member screw, 24 ... Finishing back plate, 24A ... Inner space of back plate, 25 ... Connection column, 26 ... Upper plate, 26A ... Half size upper plate, 27 ... Auxiliary upper plate, 27
A ... Half size auxiliary upper plate, 30 ... Vertically long basic storage, 3
1 ... Vertically-oriented application storage body, 31A ... Space for hanging clothes, 31B
... drawing space, 31C ... upper placement space, 32 ... hanging rod, 32A ... half size hanging rod, 33 ... opening door, 33
A ... glass door, 34 ... hinge, 34A ... side plate fixing part, 34
B ... Fixed arm, 34C ... Rotating arm, 34D ... Door fixing part, 34
E ... Side plate fixing screws, 35 ... Vertical narrow type storage body, 35A ... Space for hanging clothes, 35B ... Drawout space, 36 ... Vertical type thin storage body, 37 ... Shelf plate, 37A ... Narrow shelf plate, 39 ... Back lacking part , 40 ... Drawer unit, 40A ... Half size drawer unit, 42 ... Right space, 43 ... Left space, 44 ... Basket, 45 ... Drawer, 45A ... Full size drawer, 5
0 ... Makeup skirting board, 51 ... Short skirting board, 52 ... Long skirting board, 53
... Half-width skirting board, 55 ... Decorative top board, 56 ... Decorative side board, 60 ...
Floor level difference storage unit, 60A ... Upper space, 60B ... Lower space, 65 ... Stacking difference storage unit, 65A ... Upper space, 65B ... Lower space, 70 ... Table unit, 71 ...
Counter unit, 71A ... Glass door unit, 72
... Table board, 73 ... Top cabinet, 80 ... Study desk unit, 81 ... Makeup side board, 82 ... Makeup backboard, 83 ...
Study desk counter, 83A ... Partition type counter, 84
... desk plate, 85 ... back plate, 86 ... half side plate, 86A ... all side plates,
87 ... Partition board, 88 ... Separation board, 89 ... Umbrella board, 90 ...
Upper storage, 91 ... Upper triple storage, 100 ... Partition storage furniture, 101 ... Both sides triple base type partition, 10
2 ... Three-sided application type partition, 103 ... Horizontal partition type partition with built-in desk, 104 ... Three-sided partition on one side, 105 ... Four-sided partition on both sides.

Front page continuation (58) Fields surveyed (Int.Cl. ⁷ , DB name) A47B 87/00-87/02 A47B 88/00-88/02

Claims (3)

(57) [Claims] 1. A partition formed by using a base storage body, which is a rectangular parallelepiped box body having an open front surface, and a rectangular parallelepiped stack storage body having open front and bottom surfaces, and connecting the stack storage body to an upper portion of the base storage body. In the storage furniture, the basic storage body has a bottom plate, two side plates, a top plate and a back plate, and the bottom plate, the back plate and the top plate are formed between the both side plates. It has one side plate, an upper plate and a back plate,
The back plate and the upper plate are formed between both side plates, and the back plates of the basic storage and stacked storage form a square frame.
The core material and the entire inner surface surrounded by the core material are covered and fixed to the core material.
It is formed from a back plate that is defined by
Position the board so that it cannot be seen from the front side, and
So that there is a space inside the back plate that is the space for the thickness of the heartwood
A finishing back plate is provided between both side plates, and the upper plate of the basic storage unit and the upper plate of the stacked storage unit are formed by a common member, and are stacked with the back plate of the basic storage unit and the finishing back plate. the container back plate and finishing the back plate of the partition storage furniture, characterized in <br/> that are formed by a common member. 2. A partition storage furniture which is formed above a stacked storage body so that the stacked storage body can be connected to the stacked storage body. The stacked storage body is further connected to the stacked storage body above the stacked storage body. The storage unit is configured in the same manner with common members, and the upper surfaces of both side plates of the stacked storage unit can be connected to the lower faces of both side plates of the stacked storage unit that are further connected above the stacked storage unit. The partition storage furniture according to claim 1, wherein the partition storage furniture is formed. 3. The upper plate of the base storage unit or the stacked storage unit that does not form the uppermost surface of the partition storage furniture includes an auxiliary upper plate that is smaller than the depth dimension of the base storage unit, and the base storage unit. It is possible to select and use an upper plate having a depth size substantially the same as the depth size of the above , and when there are a plurality of auxiliary upper plates, the auxiliary upper plates are formed as a common member. The partition storage furniture according to claim 2.