JPH017776Y2 - - Google Patents

Description

[Detailed description of the invention] This invention relates to the improvement of a partitioning device, and more specifically, a front panel and a back panel are made by connecting multiple unit partition panels in the horizontal direction to divide the room into multiple spaces. This invention relates to a partition that can be used as a compartment partition, and can also be used as an interior wall by attaching the face panel to a fixed wall. The partition can be erected by a simple construction and construction without using additional connecting struts or joining or mounting members by allowing the joining or mounting of face panels.

Conventional partitions are constructed by connecting each unit partition panel via a connecting support, which has the disadvantage of complicating the connection structure and assembly, and the upright structure of the partition also requires support and/or partitions to be constructed. Each unit partition panel must be fixed to the ceiling and/or floor, making the configuration and assembly complicated and troublesome.

This proposal was devised to solve the problems of such conventional partitioning devices, and will be explained below with reference to the attached examples.Each unit partition panel P constituting the partition A is arranged within a frame consisting of upper, lower, left and right frame rods. This is a conventional panel structure in which a plurality of reinforcing rods are provided in the frame and a core material made of synthetic resin or the like is filled between the double-sided plates within the frame, but in this case, the inside of the frame of each unit partition panel P A vertical reinforcing rod 1 shall be provided at the center of the frame.

When connecting each unit partition panel P..., a connecting member 2 as shown in Figs. 1 and 2 is used, and this connecting member 2 has mounting holes 4 at predetermined intervals.
A mounting piece 5 is provided protruding over the entire length in the vertical direction on one side of the flat plate portion 3 near one end in the width direction, and a plurality of connecting pieces 6 are provided on the opposite side of the mounting piece 5.
... is a space 7 larger than the vertical dimension of the connecting piece 6.
It is configured by vertically arranging the connecting pieces 6 with...
A connecting hole 8 is formed at the upper and lower ends of the connecting member 2, and a plurality of cut-out holes 9 are vertically arranged between the two mounting holes. It is installed by fitting into the groove 10 formed on the side end surface and fixing the flat plate part 3 in close contact with the panel side end surface using screws using the mounting holes 4. Both unit partitions are connected. Both connecting members 2 attached to the connecting side end face of the panel P face each other, and the connecting piece 6 of one connecting member 2 fits into the space 7 of the other connecting member 2, and the connecting piece 6 of one connecting member 2 fits into the space 7 of the other connecting member 2. The outer ends of the connecting members 2 are brought into contact with the flat plate part 3 so that the connecting pieces 6 of both connecting members 2 are engaged with each other as shown in the arrow direction in FIG. The two unit partition panels P are connected to each other by fixing them to a support member located on the back side with screws 11 to form a face panel A', and at the same time, they are fixed to the support member. For example, as shown in FIG. 4, when it is attached to an indoor fixed wall D and used as an interior wall, the support rod 12 is fixed in advance to the fixed wall D surface.
can be used as a support member and screwed to this support rod 12, and two face panels can be attached as shown in FIG.
When A' are combined to form a partition for an indoor compartment, the vertical reinforcing rod 1 at the center of each unit partition panel P constituting one side panel A' is used as a support member for the other side panel A'. By using the connecting member 2 as a support member for fixing with screws, there is no need for a separate support or the like to integrate both face panels A'. Furthermore, as a concrete structure for supporting the partition A in an upright state when used as a partition, for example, as shown in FIG. Bolts 15 installed on the upper surface of the side end of each unit partition panel P where the partition A is arranged
By spirally raising the unit partition panel P, the unit partition panel P is pressed downward, and the leg member 16 with the groove 17 provided on the lower end surface of the unit partition panel P is fitted into the groove 17 and the protrusion 14 of the base member C. The partition A is erected and fixed by pressing against the upper surface of the foundation member C in a state where the partitions A are brought together and rested. Therefore, when holding the partition A upright, there is no need for an upright member such as a support as in the conventional case. On the other hand, the guide groove 13 of the top rail B is used when a suitable slider is provided on the partition A so that the partition A can be moved along the top rail. Furthermore, the cutout holes 9 formed in the connecting pieces 6 of each connecting member 2 are used to removably attach accessories such as shelf brackets (not shown) through the gaps 18 between the two unit partition panels P, P. 18 is covered with a synthetic resin joint member 19, as shown in FIG. 3, when no accessory parts are attached.

In addition, when connecting the unit partition panels P..., the connecting pieces 6 are integrally formed on the side end surface of the unit partition panel P itself under the above-mentioned configuration conditions, without using the connecting member 2 separate from the panel P as described above. It is also possible to provide one connecting piece 6 on the side end surface of the connecting member 2 or unit partition panel P, with the upper half or lower half serving as the space 7, so that one panel can be closed as in the case described above. Connect the connecting piece 6 of P to the other panel P.
It is also possible to connect by fitting into the space 7 of.

According to the partitioning device of the present invention as described above, a surface panel A' formed by connecting a plurality of unit partition panels P... can be used on one side or with both front and back sides combined.For example, one side can be attached to an indoor fixed wall D. It is easy to change according to the purpose, such as attaching the front panel A' and using it as an interior wall, or combining two panels A' together and using it as a partition to divide the room into multiple spaces. , when connecting each unit partition panel P......, connect the connecting piece 6 of the connecting member 2 attached to the side end surface of the panel P to the space 7 between the connecting piece 6 of the connecting member 2 of the other panel P. Each connecting piece 6 is fitted onto a supporting member such as the supporting rod 12 of the fixed wall D or the central vertical reinforcing rod 1 of the unit partition panel P of the other side panel A' by fitting the connecting pieces 6 to each other and relatively positioning them in an interlocking state when viewed from the front. Connecting the unit partition panels and attaching the partition A to the fixed wall by fixing the unit partition panels with screws, or attaching the two partition panels together
can be assembled at the same time, making the configuration and assembly extremely simple.

Furthermore, in this proposal, as mentioned above, each unit partition panel P
Since it is now possible to attach the face panel A' or to assemble the partition A by combining two face panels at the same time as connecting the ..., it is possible to assemble the partition A by combining two face panels. Another advantage is that there is no need to use a separate member such as a support for joining.

[Brief explanation of the drawing]

Figure 1 is an exploded front view of the proposed partition device;
Figure 2 is a partially enlarged perspective view of the connecting member, Figure 3 is an enlarged plan view of the connecting part, Figures 4 and 5 are simplified plan views showing an example of installing a partition, and Figure 6 is an upright installation of the partition. FIG. 3 is a cross-sectional view showing the structure. A: Partition, A': Face panel, B: Top rail,
C: Foundation member, D: Fixed wall, P: Unit partition panel, 1: Vertical reinforcing rod, 2: Connecting member, 3: Flat plate part,
4: Mounting hole, 5: Mounting piece, 6: Connection piece, 7: Space, 8: Connection hole, 9: Cutout hole, 10: Concave groove, 1
1: Screw, 12: Support rod, 13: Guide groove, 1
4: Projection, 15: Bolt, 16: Leg member, 17:
Groove, 18: gap, 19: joint member.

Claims (1)

[Scope of utility model registration request] In a partition A in which a face panel A' formed by connecting a plurality of unit partition panels P in the horizontal direction is erected singly or in a combination of two panels, an upper and / Or, the lower part is formed into a space 7, and the connecting pieces 6 are provided to protrude outward, and the connecting pieces 6 on the adjacent side of the unit partition panels P to be connected are provided.
is fitted into the space 7 of another unit partition panel P, and the connecting pieces 6 are interlocked when viewed from the front and are flush with each other when viewed from above, and are connected by screwing to an appropriate support member. Device.