JP2841271B2 - Partitioning device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a partitioning device which is installed on a floor of an office or the like to divide the entire space into a desired small area. constituted by pieces of the panel, if necessary, or connected in a combination of surface material and color of the panel to the desired, or to or provided with a window hole which is framed glass plate
The present invention relates to a partition device that can be used.

[0002]

2. Description of the Related Art A conventional example of such a partitioning device divided in the vertical direction is disclosed in Japanese Patent Application Laid-Open No. 3-140539.

[0003] The partitioning device according to the prior application connects a rectangular frame having a unit width and various heights in the left-right direction according to the partition layout .
Each tile-shaped decorative panel is configured to be locked so as to be stacked vertically.

[0004] There are various types of tile-shaped decorative panels, each of which is formed to have an interchangeable equal size so that a desired partition panel can be formed.

[0005]

Since the partition panel of the prior application needs to be assembled at the installation site, the number of parts at the time of delivery is large, and it takes time to carry in the panel. There is a problem that time on-site work is required.

Further, tiled decorative panel is not constitute a structurally <br/> rigid member, the rigidity of the partition panel,
Since it has to be secured by the frame, the size of the members forming the frame increases, and thus the thickness of the partition panel increases.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a thin and lightweight partitioning device which can solve the drawbacks of the conventional vertical partitioning device and which is easy to install.

[0008]

To achieve the above object, the present invention is configured as follows. (1) A vertical groove is provided at least on both left and right end faces, and a panel group consisting of a plurality of panels that can be vertically connected in any combination, and at least a part of the groove on both right and left edges of each panel a post group consisting of a plurality of struts but which can fit, into the groove of the panel adjacent to the top and bottom, and below the path
A plurality of connection fittings that are fitted so as to extend over the panel and couple the panels together, and are mounted in the concave grooves in any of the panels in the combined panel group,
Is constituted by a plurality of locking hooks which engage the locking portion of the corresponding post, the desired plurality of panels selected from a panel group, to form a unit panel and connected to the vertical direction by fitting At the same time, a part of the column is fitted into the concave grooves on both end faces of the unit panel, and the locking hooks mounted in the concave grooves of any panel are locked to the locking portions of the column, thereby forming a plurality of columns. Connect the unit panels horizontally.

(2) In the above item (1), the outer side surface of the connection fitting
And Ru is brought into contact with the side surface of the strut.

[0010] In (3) (1) or (2) section, the panel group is equal to the width in the lateral direction, and formed in a rectangular having different vertical dimension, the end face of at least left and right sides, longitudinal And a plurality of types of panels that can be vertically connected in any combination.

(4) In any one of the above items (1) to (3),
The column group is provided with ridges that can be fitted into the concave grooves on both the left and right sides of each panel, and formed with different vertical lengths and cross-sectional shapes. Shall consist of a plurality of types of columns provided with.

(5) In any one of the above items (1) to (4),
Attach a baseboard to the bottom of the bottom panel in the combination.

(6) In any one of the above items (1) to (5),
An upper edge cover is provided at the upper end of the combined top panel.

(7) In any one of the above items (1) to (6),
The unit panel includes one basic panel and one or a plurality of stacked panels connected to the upper part of the basic panel.

(8) In the item (7), the stacking panel has a standard type stacking panel whose vertical dimension is a reference dimension, and a vertical dimension whose length is an integral multiple of the standard dimension. including the boysun type stacking panel.

(9) In any one of the above items (1) to (8),
Panel group, including a panel having a window hole which is framed transparent plate such as a glass plate.

(10) In any one of the above items (1) to (9),
The column group is a column for an I-shaped connecting portion connecting two unit panels in a straight line, a column for an L-shaped connecting portion connecting two unit panels in an L-shape, and connecting three unit panels in a T-shape. T
Mold articulating section upright, and including any of the ten-inch articulation for posts for connecting four unit panels ten-shape.

(11) In the item (10), the I-shaped connecting portion support has a rectangular cross section which fits into the concave groove on the side edge of the unit panel.

(12) In the paragraph (10) or (11), the L-shaped connecting portion support column is formed in a right-angled triangular cross section, and fitted to two orthogonal sides to the concave grooves on the side edges of the unit panel. A ridge shall be provided.

(13) In any one of the above items (10) to (12),
The T-shaped connecting portion support column is formed in a square cross section, and three sides thereof are provided with projections that fit into the concave grooves on the side edges of the unit panel.

(14) In any one of the above items (10) to (13),
The X-type connecting portion column is formed in a square cross section, and ridges are provided on four sides thereof to fit into the concave grooves on the side edges of the unit panel.

[0022]

[Function] By selecting a desired plurality of panels from a panel group and connecting them in the vertical direction by connecting fittings,
A unit panel of a required height is formed, concave grooves formed on both sides of the unit panel are selected from a group of columns, and fitted to a part of a column standing on the floor, and a locking hook is formed on the column. By locking the unit panel between a pair of columns, the plurality of unit panels are connected in a horizontal direction according to a desired layout in the same manner, thereby forming a required partition. Are easily formed.

Each unit panel is required in advance at a factory or the like.
Leave the assembly of the shape, the working site, by the respective unit panels articulating through a strut, it can be quickly and easily installed.

[0024]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG.
Exploded perspective view of one embodiment of a unit of the panel. FIG. 2 is a vertical <br/> straight cross section.

[0025] Panel 1 unit of this embodiment (hereinafter, referred to as a unit panel) and one base panel (11), three stacking panels (12) (13) of the four (14) Panel and baseboard at bottom
(15) , an upper edge cover (16) at the upper end, and various connection members.

[0026] The width dimension in the left-right direction of the four panels (11) to (14) equal and the end face central portion thereof vertically and horizontally,
A concave groove (17) facing the longitudinal direction is formed.

The bottom of the base panel (11), the dimensions height in conjunction with baseboards (15), so as to form a wainscot of partition device, for example, corresponding with the height around desk top in office Is set to

The vertical dimension of the three stacking panels (12) (13) (14) is Ru optionally der, practically, defines a standard dimension of a certain unit, the size of an integral multiple thereof It is desirable to do.
In the illustrated embodiment, the vertical dimension of the second panel from the bottom (12) and the top panel (14), respectively as a reference dimension, the vertical dimension of between panels (13), the reference dimension are twice the.

The basic panel (11) and the reference two stacking panels with vertical dimension of (12) (14) Oh with blind panels without windows
Ri, wearing the duplex on the surface plate of the core material (18) of the C D cam structure is as lightweight strength is large.

As shown in FIG. 2, a stacked panel (13) having upper and lower dimensions twice as large as the reference dimensions is formed of a metal frame.
The body (19), a glass plate (20) and framed, there is a panel having a window hole.

The baseboard (15) comprises a central core (21) and a pair of front and rear covers (22) , and the core (21) is placed in a groove (17) at the lower edge of the basic panel (11). fitted to, after fixing with bolts (23) are constituted by mounting the cover (22) to the front and rear.

Each of the panels (11) to (14) connected vertically is
They are fixed to each other by a connection fitting (25).

The fitting (25), forms a U-shaped cross section which opens outward, into the groove of the panels Juseki vertically (17), the upper
It mounted over the lower panel, and is fastened by a bolt (26) of two each respectively in each panel, that secure the top and bottom of the panel.

The four panels (11) to (14) are connected by a respective fitting (25) to form a unit panel, grooves (17) of the left and right edges of each panel, vertically aligned Thus, a mounting groove for receiving a column (27) for connecting with an adjacent unit panel is formed .

The strut (27), the mode of arrangement of the unit panels adjacent, respectively using cross-sectional shape different, also in response to the total height of the unit panels are used having different heights but in FIG. 1, a unit panel one
The strut (27) applied when connecting in a vertical plane is shown.

In the case of FIG. 1, locking hooks (28) are respectively provided near the lower end of the basic panel (11) and near the upper end of the uppermost stacking panel (14) in the left and right concave grooves (17). , Bolts (26).

The locking hook (28), bending the plate member in plan view outward U-shaped, and its side pieces, and forming a hook portion projecting downwardly (29).

The column (27) has a rectangular cross-section having a dimension in the depth direction (the thickness direction of the panel) smaller than the inner dimension of the connection fitting (25) so that it can be inserted into the connection fitting (25). Is a hollow square tube .

[0039] The opposing surfaces and grooves (17) of the strut (27), to a position corresponding to the groove (17) locking hook (28) mounted on the upper and lower ends near, slit as the locking portion (30) is engraved.

Hook portion (29) of a pair of upper and lower locking hooks (28)
Are inserted into the corresponding slits (30), and the unit panels are pressed down against the columns (27), whereby the unit panels are locked to the columns (27).

[0041] By fastening the adjacent unit panel, similarly to the other surface of the strut (27), two units panels, side
Can be assembled side by side .

The two units panels, after connected via a strut (27), the upper edge of the groove (17) in the top of the stacking panel (14), the bolt upper connection fitting (31) (32), the connection between the unit panels is reinforced by mounting over the left and right panels.

After connecting the unit panels, the upper edge cover (1
6) with the groove (1) on the upper edge of the top stacked panel (14).
4) Fit and attach.

FIG. 3 is a partially cutaway front view showing a connected state of the unit panels. Each of the unit panels includes stacking panels (13) and (14) , and two sets of adjacent unit panels each have a column (27). Are connected via

The product of the unit panels on the left side shown by broken heavy panel (13) and (14), the groove (17) set digits fitting in (25), is fixedly connected .

The strut (27) side of the groove (17) fitting of <br/> is in the locking hooks mounted on the top of the stacking panel (14) (28)
And to engage the slit (30) which is engraved on the side surface of the strut (27)
As a result, the unit panel is locked to the column (27).

Similarly, the unit panel on the right side is the stack panel (1
3) and (14) are connected vertically and are locked by a support (27).

The upper edges of the uppermost stacking panel (14) in the left and right unit panels are connected to each other by an upper connection fitting (31) mounted in a concave groove (17) on the upper surface thereof .

[0049] Further, in the groove (17) the upper edge of the uppermost stacking panel of the unit panels (14), on the stacking panel (14)
Depending portion of the upper edge cover (16) covering the entire surface is fitted.

[0050] Figure 4, according to the layout of the desired partition device, the manner of connecting the unit panel in the horizontal direction which is schematically shown to plan view.

Two unit panels shown on the upper right side of FIG.
The I-shaped connecting portion (I) in which (41) is linearly connected is formed by fitting the opposing side edges of the left and right unit panels (41) into the grooves (17).
It is connected via the supporting column (42). The strut (42) is the same as the strut (27) having a rectangular cross section in FIGS.

Two unit panels shown at the upper end of the left side of FIG.
In the L-shaped connecting portion (L) connecting the (41) in an L shape to form a corner of the partitioning device, the cross section of the column (43) is formed into a right-angled triangle, and each unit panel is formed on two orthogonal sides. A ridge is provided to fit into the concave groove (17) on the side edge of (41).

Three unit panels shown in the middle section on the left side of FIG.
In the T-shaped connecting part (T) where (41) is connected in a T-shape, the strut (44)
Is formed in a square shape, and the three sides of each unit panel (4
Protrusions that fit into the concave grooves (17) on the side edges of 1) are provided.

Four unit panels shown on the right in the middle of FIG.
Ten type articulation which is articulated (41) to the ten-shape in (X), the strut (45)
Is formed in a square shape, and all four sides are provided with ridges that fit into the concave grooves (17) on the side edges of each unit panel (41).

On the protruding surface of the pillars (42), (43), (44), and (45) of these connecting portions, slits for locking are formed in accordance with the pillars (27) of FIG. A locking hook (28) also shown in FIGS. 1 and 3 is attached to the side edge of the unit panel (41), and the unit panel is engaged with the column by locking the locking hook (28) to the slit. Has been stopped.

Also, the upper connection fitting for connecting the upper edges of the adjacent unit panels (41) has a linear shape as shown in FIG. 1 at the I-shaped connection portion, but has an L-shaped, T-shaped or ten- shaped connection portion. when applied, as to match the arrangement of the respective unit panels, L-shaped, is formed in a T-shape or ten-shape.

The lower end of the left side of FIG. 4 shows a case where there is no adjacent panel. A side edge cover (46) formed in the same cross section as the upper cover (16) is attached to the side edge of the unit panel (41). , together with the trim appearance, Ru <br/> protects the groove (17) and fitting (25).

[0058] Figure 5, and one base panel, in combination with one or a plurality of stacking panel is a front view showing an example of a unit panel configured to the desired height and shape.

The unit panel shown in FIG. 5A has a height (vertical dimension) of (h) above a basic panel (51) having a height (H) combined with a baseboard (15). This is a case where a single stacked panel (52) is connected.

The stacking panel (52) having the height (h) will be described below.
Is referred to as a "standard-type stacking panel", and the stacking panels (53) and (54) having a height dimension of (2h) described later are "double-size stacking panels".
Shall be referred to as

The unit panel shown in FIG. 5B is a basic panel (51).
Of the upper, a case of connecting the two reference-type stacking panels (52).

The unit panel shown in FIG. 5C is a basic panel (51).
Of the upper, a case of connecting the boysun type stacking panels (53) each having one of the reference type stacking panels (52) and a window hole.

[0063] Unit panel shown in FIG. 5 (D) is at the top of unit panels of the same configuration as FIG. 5 (C), the further adding one reference type stacking panels (52), is a case of connecting .

The unit panel shown in FIG. 5E is a basic panel (51).
In the upper part of the standard type stacking panel (52), a double size stacking panel without a window (54), and a double size stacking panel with a window (53)
The door is a case where the connected one by one, respectively.

[0065] Unit panel of FIG. 5 (F) is, on the top of unit panels of the same configuration as FIG. 5 (E), the further adding one reference type stacking panels (52), is a case of connecting .

The height dimension (T) of these unit panels is expressed by the following equation. T = H + nh + t H : baseboards and height h combined basic panel: height of the reference type stacking panels t: the upper cover height n: coefficient due single number and type of stacking panels (integer)

[0067] That is, by selecting the number of sheets and the type of stacking panels connected to the top of the base panel (51) to the required, it is possible to form a unit panel of an arbitrary height, their By connecting the unit panels in the horizontal direction according to a desired layout, a required partitioning device can be configured.

Further, since each unit panel can be assembled in a factory in a required form in advance,
At the installation site, the partitioning device can be constructed only by connecting the assembled unit panels via the columns.

The form of the unit panel is not limited to the example shown in FIG. 5, but may be constituted by arbitrarily combining the basic panel (51) and the stacked panels (52), (53), (54). Needless to say.

Further, the basic panel (51) and each stack panel
(52) For (53), if the unit is formed by combining units having different surface colors, materials, etc., various variations are provided depending on the purpose of use of the partitioned room. A partitioning device can be configured.

[0071]

(A) A unit panel constituting a partitioning device is formed by vertically connecting panels arbitrarily selected from a plurality of types of panel groups having different height dimensions, surface colors, and materials. By doing so, it is possible to configure a partition device according to the installation purpose.

(B) Each unit panel can be assembled in advance in a factory work, and at the installation site, the assembled unit panels only need to be connected via a support, so that they can be quickly and easily installed. be able to.

(C) Since the panel can be integrated into the front and back sides, a lightweight and large-strength structure can be obtained, for example, by mounting surface plates on both sides of a honeycomb structure core material. unit panels connecting the plurality of panels, relatively light in weight, the labor of assembly operations in carrying or during the installation site can be reduced.

[Brief description of the drawings]

FIG. 1 is an exploded perspective view of a unit panel of one embodiment of a partition device of the present invention.

FIG. 2 is a sectional elevation view of the unit panel of FIG. 1;

FIG. 3 is a partially broken front view showing a connection portion between adjacent unit panels.

FIG. 4 is a schematic plan view showing a connection mode of a plurality of unit panels.

FIG. 5 is a front view showing a configuration example of a unit panel.

[Explanation of symbols]

(11) Basic panel (12) (13) (14) stacking panels (15) baseboards (16) the upper edge cover (17) grooves (18) C D cam core (19) frame (20) Glass Board (21) Core material of baseboard (22) Cover (23) Bolt (25) Connection bracket (26) Bolt (27) Post (28) Locking hook (29) Hook (30) Slit (locking part) (31) Upper connection fitting (32) Bolt (41) Unit panel (42) I-type connection support (43) L-type connection support (44) T-type connection support (45) X-type connection support (46) Side edge cover ( 51) Basic panel (52) Standard type stacking panel (53) Double-size stacking panel (with window) (54) Double-size stacking panel (without window) (I) I-type connection (L) L-shaped connection (T) T-shaped connection (X) Cross- shaped connection (H) Height of basic panel combined with baseboard (h) Height of standard type stacked panel (t) Height of upper edge cover Sa

Claims (14)

(57) [Claims] 1. A panel group comprising a plurality of panels which can be connected vertically in an arbitrary combination at least on both right and left end surfaces, and at least a groove on both right and left edges of each panel. and partially struts group including a plurality of struts that may be fitted, in the groove of the panel adjacent the top and bottom, above and below the panel
A plurality of connecting fittings which are fitted so as to span each other and connect the panels, and which are mounted in the concave grooves of any of the panels in the combined panel group, and which are attached to the engaging portions of the corresponding columns. is constituted by a plurality of locking hooks which engage, a desired plurality of panels selected from a panel group, to form a unit panel and connected to the vertical direction by fitting, the end surfaces on both sides of the unit panels A plurality of unit panels were connected in the horizontal direction by fitting a part of the column into the groove of the column, and locking the locking hook mounted in the groove of the arbitrary panel to the locking portion of the column . A partition device characterized by the above-mentioned. 2. An outer surface of a connection fitting abuts on a side surface of a support.
2. The partitioning device according to claim 1, wherein the partitioning device is formed. 3. A panel group is equal to the width in the lateral direction, and formed in a rectangular having different vertical dimension, the end face of at least left and right sides, and longitudinal grooves are provided,
The partitioning device according to claim 1 or 2, comprising a plurality of types of panels that can be vertically connected in any combination. 4. A column group is provided with ridges that can be fitted into concave grooves on both left and right sides of each panel, and formed with different lengths and cross-sectional shapes in the vertical direction, and panel locks on end faces of the ridges. 4. The method according to claim 1, comprising a plurality of types of columns provided with locking portions for use.
A partition device described in any of the above. 5. The width at the lower end of the lowest panel combined
Partition device according to any one of claims 1-4 trees ing wearing the. 6. The combination was above the upper end of the top panel
Partition device according to any one of claims 1 to 5 ing provided an edge cover. 7. A unit panel, one basic panel, partition device according to any one of claims 1 to 6, constituted by the one or more stacking panel is connected to the upper portion of the base panel . 8. A standard-type stacking panel in which the stacking panel has a vertical dimension as a reference dimension, and a double-size stacking panel in which the vertical dimension has an integral multiple of the standard dimension. partition device according to claim 7, characterized in including things. 9. panel group, partition device according to panels provided with window holes were framed transparent plate such as a glass plate to either including claims 1-8. 10. A column group, an I-shaped connecting portion column connecting two unit panels in a straight line, an L-shaped connecting column column connecting two unit panels in an L-shape, and three unit panels. To T
Partition device according T type connection section for struts connected to shape, and any of the ten-inch articulation for posts for connecting four unit panels ten-shape on either including claims 1-9 . 11. The partition device according to claim 10, the column forming type I articulation, characterized in that the rectangular cross section to be fitted in the concave groove of the side edges of the unit panels. 12. The L-shaped connecting portion support column is formed in a right-angled triangular cross section, and two orthogonal sides are provided with protrusions that fit into the concave grooves at the side edges of the unit panel. Term
12. The partition device according to 10 or 11 . 13. A T-type articulation for posts, formed in a square cross-section, according to claim 10 for the three sides thereof, characterized in that a protrusion which fits in the concave groove of the side edges of the respective unit panels ~ 1
3. The partition device according to any one of 2 . 14. A X-type articulation for posts, formed in a square cross-section, according to claim 10 for the four sides, characterized in that a protrusion which fits in the concave groove of the side edges of the respective unit panels ~ 1
3. The partition device according to any one of 3 .