JP7016637B2 - Partition - Google Patents

Description

The present invention relates to a partition in which a decorative member is supported on a panel element.

Patent Document 1 describes a fitting having a sheet as a decorative member sandwiched between magnets as a fitting which is a partition for appropriately partitioning an interior space (see Patent Document 1).

Japanese Unexamined Patent Publication No. 2001-2800022

However, the fitting of Patent Document 1 has a structure in which the sheet is sandwiched between magnets, and does not have a structure in which the sheet is supported by a panel or the like. Therefore, the sheet of Patent Document 1 needs to increase the surface rigidity to some extent, and for that purpose, the sheet must be thickened to some extent.

It is an object of the present invention to provide a partition that makes it possible to easily add a decorative element to a panel element.

The partition for solving the above-mentioned problems includes a panel element, a decorative member arranged on one or both sides of the panel element, and a support means for supporting the decorative member with respect to the panel element. The support means includes a first support member and a second support member, and the first support member and the second support member are arranged at positions facing each other and magnetically attracted to the decorative member. It is supported against the panel element on which the decorative member is placed.

In the partition, the first support member and the second support member preferably have a linear shape or a curved shape.
In the partition, the decorative member is preferably a seat member.

In the partition, the panel member includes a vertical frame member arranged on the side edge portion of the panel element and a lower frame member arranged on the lower edge portion of the panel element, and the decorative member is at least said. It is held by any one of the vertical frame member and the lower frame member, and the supporting means preferably supports the upper edge portion of the decorative member.

In the partition, it is preferable that the panel member includes a plurality of the decorative members on at least one panel surface.
In the partition, the decorative members are arranged on both sides of the panel element so that the positions of the decorative members arranged on one surface and the positions of the decorative members arranged on the other surface do not overlap. Is preferable.
In the partition, it is preferable that at least one support member of the first support member and the second support member is provided with a magnet, and the other support member is provided with a magnetic material that is magnetically attracted to the magnet.

According to the present invention, it is possible to provide a partition that makes it possible to easily add a decorative element to a panel element.

The front view of the partition in 1st Embodiment. Sectional drawing of the partition in 1st Embodiment. The main part perspective view of the upper runner and the upper frame member. An exploded perspective view of the panel part. A cross-sectional view of a main part showing a positional relationship between a panel element, a decorative member, and a supporting means. A cross-sectional view of a main part showing a positional relationship between a panel element, a decorative member, and a supporting means. Perspective view of the main part of the panel member. An exploded perspective view of the panel member. Front view of a partition in which the supporting means has a curved shape. The front view of the main part of the panel part in 2nd Embodiment. The cross-sectional view of the main part of the panel part in 3rd Embodiment. The cross-sectional view of the main part of the panel part in 4th Embodiment.

Hereinafter, embodiments of the partition according to the present invention will be described with reference to FIGS. 1 to 12.
[First Embodiment]
As shown in FIG. 1, the partition 1 is a sliding door, and the panel member 4 is suspended and supported from the upper runner 3 that moves along the upper rail 2, and the panel member 4 moves along the upper rail 2. ..

As shown in FIG. 2, the upper rail 2 includes a front wall 6a, a rear wall 6b facing the front wall 6a, and an upper wall 6c connecting the front wall 6a and the rear wall 6b. Further, the lower surface of the upper rail 2 is provided with a rail opening 7 through which the support shaft 13 is inserted along the longitudinal direction, and support pieces 7a and 7b are provided on both sides of the rail opening 7. The upper runner 3 is arranged inside the upper rail 2 so as to be movable along the longitudinal direction. The support pieces 7a and 7b serve as rails on which the runner main body 11 of the upper runner 3 moves. As an example, the support piece 7b on the rear wall 6b side is formed thicker than the support piece 7a on the front wall 6a side. In the support piece 7b, the support surface on the inner side of the upper rail 2 is located on the inner side (that is, upper side) of the upper rail 2 than the support surface on the inner side of the support piece 7a, and is an inclined surface that descends toward the rail opening 7. It is composed of. As a result, the contact surface with the lower surface of the upper runner 3 is reduced, and the operating force for moving the panel member 4 can be reduced. The support piece 7a may be thicker than the support piece 7b, located on the inner side (that is, the upper side) of the upper rail 2, and may be formed of an inclined surface that descends toward the rail opening 7.

As shown in FIGS. 2 and 3, the upper runner 3 includes a runner body 11 having a substantially circular shape. The diameter of the runner main body 11 is smaller than the distance between the front wall 6a of the upper rail 2 and the inner surface of the rear wall 6b, and the lower surface of the runner main body 11 is attached to the support pieces 7a and 7b (particularly the support pieces 7b) of the upper rail 2. It is supported. In such an upper runner 3, when the upper rail 2 has a branch path that is not only a straight portion but also bends 90 ° with respect to the straight portion and is parallel to the straight portion at the tip thereof, the upper rail 2 has a branch path. You can enter. As an example, when one panel member is suspended and supported by two upper runners 3, one upper runner 3 can be made to enter the straight line portion and the other upper runner 3 can be made to enter the branch road. As a result, the panel surface can be oriented in a direction orthogonal to the traveling direction of the panel member, and can be moved along the upper rail 2 in this state.

The runner main body 11 is connected to the panel member 4 by a support shaft 13 hanging from the runner main body 11. The upper end portion of the support shaft 13 is fixed to the runner main body 11. The upper end of the support shaft 13, that is, the root portion 13a with respect to the runner main body 11, substantially coincides with the width of the rail opening 7, and intersects the moving direction with respect to the upper rail 2 in the panel member 4 (horizontal direction in FIG. 2). ) Is suppressed. The upper frame member 22 of the panel member 4 is integrally provided at the lower end of the support shaft 13. A shaft holding member 12 for holding a support shaft 13 suspended from the upper runner 3 is provided on the upper portion of the upper frame member 22. The shaft holding member 12 is fixed to the upper frame member 22 by a fixing member 14 such as a screw, and holds the lower end portion of the support shaft 13. Here, one panel member 4 is suspended and supported by two upper runners 3.

The panel member 4 includes a panel portion 21, an upper frame member 22 that supports the panel portion 21 with respect to the upper runner 3, a lower frame member 29, and a vertical frame member 51 (see FIG. 1).
As shown in FIG. 4, the panel portion 21 supports the panel element 23, which is a surface forming member, the decorative member 25 arranged on one surface of the panel element 23, and the decorative member 25 with respect to the panel element 23. It is provided with a support means 26. Here, the panel element 23 is a plate body having a rectangular shape as a whole. In the panel portion 21, the upper edge portion 21a (upper edge portion of the panel element 23, see FIG. 2) is an upper frame in a state where the decorative member 25 is arranged on one surface of the panel element 23 with the longitudinal direction as the vertical direction. It is attached to the member 22.

The panel element 23 is formed of a synthetic resin such as glass, polycarbonate resin, or acrylic resin, and has translucency. The panel element 23 may be a single plate or a multi-layer panel. When the panel element 23 is a multi-layer panel, the two panels may be configured to sandwich the sheet-shaped decorative member. The panel element 23 may be configured to have a light-transmitting property as a whole, or a part of the panel element 23 may have a light-transmitting property and the rest may have a light-shielding property. Further, various decorations can be applied to the panel element 23.

Such a panel element 23 includes a first panel surface 24a and a second panel surface 24b facing each other, and a decorative member 25 is arranged with respect to the first panel surface 24a. As an example, the first panel surface 24a constitutes the front surface of the panel portion 21, and the second panel surface 24b constitutes the back surface of the panel portion 21. In the example of FIG. 1, the entire panel element 23 is translucent, and the decorative member 25 is arranged in the lower region of substantially the lower half of the first panel surface 24a. Therefore, in the panel portion 21, the upper region of the upper half is the translucent region. Further, in the panel portion 21, the lower region of the lower half is a decorative region or a light-shielding region.

As shown in FIG. 4, the decorative member 25 is a sheet member having substantially the same width as the panel element 23 and formed shorter in the vertical direction than the panel element 23. For example, the decorative member 25 is a woven fabric, a knitted fabric, a non-woven fabric, or the like. Further, the decorative member 25 is a woven fabric, a knitted fabric, a non-woven fabric or the like impregnated with a resin. The decorative member 25 impregnated with the resin is impregnated with the resin on the originally soft cloth, so that the fibers are less likely to be unraveled and wrinkles are less likely to occur. In addition, the expansion and contraction of the fabric can be suppressed, whereby the fabric can be made into a fabric having excellent flatness or flatness and excellent shape stability. Further, the decorative member 25 impregnated with the resin can be provided with flameproof performance by weaving a flameproof agent. The decorative member 25 may be plain or may have a handle. Further, as the decorative member 25, for example, a lace cloth, a cloth with embroidery, or the like may be used. Further, a resin sheet may be used instead of the fabric element. Further, the decorative member 25 may have a three-dimensional shape by providing unevenness on the surface facing the outside (the surface opposite to the surface facing the first panel surface 24a).

As shown in FIG. 5, the support means 26 includes a first support member 26a arranged on the first panel surface 24a side and a second support member 26b arranged on the second panel surface 24b side. The support means 26 also serves as a member for supporting the decorative member 25, and also functions as a cross rail by being bridged between a pair of vertical frame members 51.

The first support member 26a includes a first magnet bar 27a as a magnet having the same or slightly shorter dimensions as the lateral direction (movement direction) of the panel element 23, and a first cover 27b covering the first magnet bar 27a. There is. The first magnet bar 27a has a linear shape as an example, and has a length substantially equal to the distance between the inner side edges of the pair of vertical frame members 51. The first magnet bar 27a is a magnet such as neodymium. The first cover 27b has a U-shaped cross section and has substantially the same length as the first magnet bar 27a. The first cover 27b has a recess inside, and the first magnet bar 27a is arranged in the recess. As an example, the first magnet bar 27a is fixed to the recess of the first cover 27b with an adhesive, double-sided tape, screws, screws, or the like. The surface of the first support member 26a with the exposed surface of the first magnet bar 27a is a support surface facing the decorative member 25. The support surface may also be made of a magnetic material and may have a cover plate of a series or another member arranged with the first cover 27b.

As an example, the first cover 27b is a molded product or sheet metal, and since it is a member constituting a part of the decorative design of the panel portion 21, it has various colors or is decorated. .. Further, the first cover 27b is provided with a covering portion 27c that covers the end surface of the decorative member 25 on the side wall on the continuous side of the end surface of the decorative member 25.

The second support member 26b is arranged so as to face the first support member 26a on the second panel surface 24b, and also functions as a cross rail in cooperation with the first support member 26a. The second support member 26b is a second magnet bar 28a as a magnetic material made of the same member as the first magnet bar 27a. Since the second support member 26b is an inconspicuous member arranged on the second panel surface 24b which is the back surface of the panel portion 21, it is composed of only the second magnet bar 28a. The first magnet bar 27a and the second magnet bar 28a are magnetically attracted to each other via the non-magnetic panel element 23 and the decorative member 25. As an example, when the surface of the first magnet bar 27a facing the first panel surface 24a is the N pole, the surface of the second magnet bar 28a facing the second panel surface 24b is the S pole.

As shown in FIG. 6, the second support member 26b may have substantially the same configuration as the first support member 26a. That is, the second support member 26b also includes a second magnet bar 28a and a second cover 28b having substantially the same configuration as the first cover 27b. However, in the second cover 28b of the second support member 26b, since the decorative member 25 is not sandwiched between the second cover surface 24b and the second panel surface 24b, the covering portion 27c is unnecessary as in the first cover 27b. According to such a configuration, even the second support member 26b has the same function as the first support member 26a arranged on the front side. For example, when the panel member 4 divides one space into a first space and a second space, it is effective when both the first space and the second space are frequently used rooms.

The second magnet bar 28a used in the second support member 26b is magnetic with respect to the first magnet bar 27a if it is a magnetic attraction member that is magnetically attracted to the first magnet bar 27a as a magnetic force generating member. It can also be configured by a metal bar such as a soft magnetic material that is attracted.

When the decorative member 25 is arranged in the lower region of the panel element 23, the first support member 26a and the second support member 26b are arranged so as to overlap the upper edge portion 25a of the decorative member 25. As a result, the first support member 26a and the second support member 26b are magnetically attracted with the panel element 23 and the upper edge portion 25a interposed therebetween, and the upper edge portion 25a can be supported with respect to the first panel surface 24a. can.

In the decorative member 25, the side edge portion 21b extending in the vertical direction is fixed to the vertical frame member 51 (see FIG. 8), and the lower edge portion located below the upper edge portion 25a is the lower frame member. It is fixed by 29.

As shown in FIGS. 7 and 8, the upper edge portion 21a of the panel portion 21 is provided with a mounting member 31 for mounting the panel portion 21 to the upper frame member 22. The mounting member 31 is partially provided at the upper edge portion 21a (upper edge portion of the panel element 23) of the panel portion 21. The mounting member 31 includes a pair of half bodies 32a and 32b having a substantially semi-cylindrical shape. In each of the half bodies 32a and 32b, the contact surfaces 32c and 32d to the upper edge portion 21a are formed of flat surfaces, and the outer surfaces of the contact surfaces 32c and 32d are support surfaces 32e and 32f, which are substantially cylindrical shapes. have. Each of the halves 32a and 32b has an insertion hole 34 for fixing to the upper edge portion 21a. Further, the upper end portions of the half bodies 32a and 32b are provided with engaging pieces 33a and 33b for positioning with respect to the upper edge portion 21a. The engaging pieces 33a and 33b engage with the upper edge portion 21a. A cylindrical portion 36 is formed on the contact surface 32c. The inner hole of the tubular portion 36 is continuous with the insertion hole 34 and protrudes from the contact surface 32c. The panel element 23 is formed with a mounting hole 23a at a position that is an upper edge portion 21a of the panel portion 21.

The half body 32a is temporarily fixed by inserting the tubular portion 36 into the mounting hole 23a. Further, a half body 32b is arranged on the opposite side. As a result, the upper edge portion 21a of the panel portion 21 is sandwiched by the half bodies 32a and 32b. After that, the screw 35a is inserted from the half body 32a into the insertion hole 34 of the half body 32b, and the nut 35b is tightened in the insertion hole 34 of the half body 32b. As a result, the pair of half bodies 32a and 32b are attached so as to sandwich the upper edge portion 21a. As described above, since the mounting member 31 is provided on the upper edge portion 21a not entirely but partially on the upper edge portion 21a, it is possible to suppress the occurrence of distortion in the panel portion 21.

The upper frame member 22 that supports the mounting member 31 as described above includes a pair of support pieces 43 over the entire width of the upper edge portion 21a of the panel portion 21. The pair of support pieces 43 are connected by two connecting pieces 42 parallel to each other. Further, a guide groove 41 into which the upper edge portion 21a is inserted is provided between the lower ends of the pair of support pieces 43. As shown in FIG. 2, at the lower end of the pair of support pieces 43, the receiving pieces 44a and 44b for receiving the mounting member 31 are provided at positions facing the guide groove 41. Further, the inner surface of the pair of support pieces 43 is provided with guide protrusions 45a, 45b that support the mounting member 31 in cooperation with the receiving pieces 44a, 44b. The receiving pieces 44a and 44b and the guide protrusions 45a and 45b support the support surfaces 32e and 32f, and the upper edge portion 21a extends downward through the guide groove 41 from between the receiving pieces 44a and 44b (FIG. 2). And see Figure 7).

The base ends of the receiving pieces 44a and 44b are provided with recesses 46a and 46b so that the open end faces the guide groove 41. In the recesses 46a and 46b, the closing members 47a and 47b that close the gap between the open end and the upper edge 21a in the guide groove 41 are arranged. The closing members 47a and 47b include contact portions 48a and 48b that abut on the upper edge portion 21a and rotating shafts 49a and 49b that are rotatably engaged with the recesses 46a and 46b. In the closing members 47a and 47b, the rotating shafts 49a and 49b are rotatably supported in the recesses 46a and 46b. The contact portions 48a and 48b narrow the gap between the open end portion of the guide groove 41 and the upper edge portion 21a, making it difficult for the user to see. Further, in the closing members 47a and 47b, even if the panel portion 21 may swing, the contact portions 48a and 48b abut on the upper edge portion 21a.

As shown in FIG. 8, a vertical frame member 51 is attached to the upper frame member 22. The vertical frame member 51 includes a mounting groove 52 to which the side edge portion 21b extending in the vertical direction of the panel portion 21 is engaged, and a connecting portion 53 for connecting to the end portion of the upper frame member 22. A side edge portion 21b is engaged with the mounting groove 52 via a grechan.

The side edge portion 21b of the panel portion 21 has a side edge portion of the panel element 23 and a side edge portion of the decorative member 25 in the lower region of the panel portion 21, and only the side edge portion of the panel element 23 is present in the upper region. Existing. In the mounting groove 52, only the side edge portion of the panel element 23 is inserted in the upper region of the panel portion 21, and the side edge portion of the panel element 23 and the side edge portion of the decorative member 25 are inserted in the lower region. .. The side edge portion 21b of the panel portion 21 is thinner in the upper region than in the lower region by the thickness of the decorative member 25. The difference in the thickness of the side edge portion 21b is absorbed by the elasticity of Grechan, and prevents a gap from being generated between the side edge portion 21b of the panel portion 21 and the edge portion of the mounting groove 52.

The connecting portion 53 includes an insertion hole 54 into which a fixing member 57 such as a screw is inserted. Further, the upper frame member 22 is provided with a fixing portion 55 on two connecting pieces 42 parallel to each other to connect the pair of support pieces 43. The fixing portion 55 provided on the upper connecting piece 42 has a C-shape with the opening end facing downward, and the fixing portion 55 provided on the lower connecting piece 42 has a C-shape with the opening end facing upward. have. At the mounting end portion 56 of the upper frame member 22 with respect to the vertical frame member 51, the fixing member 57 inserted into the insertion hole 54 is tightened to the fixing portion 55. As a result, the connecting portion 53 of the vertical frame member 51 is coupled to the mounting end portion 56 of the upper frame member 22. A cap member 59 is attached to the end 58 of the vertical frame member 51, and the opening of the end 58 is closed.

The lower frame member 29 has substantially the same configuration as the upper frame member 22, and the lower edge portion of the panel element 23 is inserted into the guide groove 41. At this time, the lower edge portion of the panel element 23 is engaged with the guide groove 41 via the Grechan.

After the upper frame member 22, the lower frame member 29, and the vertical frame member 51 are attached to the panel element 23, the above-mentioned first support member 26a is attached to the first panel surface 24a and the second support member. The 26b is attached to the second panel surface 24b so as to face the first support member 26a.

According to the first embodiment, the effects listed below can be obtained.
(1-1) The decorative member 25 has flexibility, but its shape is stabilized by being supported by the first panel surface 24a of the panel element 23. Therefore, the decorative member 25 can be reliably supported on the first panel surface 24a by magnetically attracting the first support member 26a and the second support member 26b. That is, the mounting position of the decorative member 25 with respect to the panel element 23 can be prevented from shifting.

(1-2) In the panel portion 21, the decorative member 25 is arranged on the first panel surface 24a of the panel element 23, so that the degree of freedom in designing the panel portion 21 as a whole can be increased. The decorative member 25 can be directly visually recognized from the first panel surface 24a, and the decorative member 25 can be visually recognized through the panel from the second panel surface 24b.

(1-3) The attachment of the decorative member 25 to the panel element 23 can be a simple operation in which the first support member 26a and the second support member 26b face each other.
(1-4) Since the first support member 26a is configured by attaching the first magnet bar 27a to the first cover 27b, the first magnet bar 27a can be hidden by the first cover 27b. Since the first magnet bar 27a is not exposed, the degree of freedom in designing the panel portion 21 as a whole can be increased.
(1-5) For the second support member 26b, a magnetic material such as a metal bar can be used instead of the second magnet bar 28a.

(1-6) The first support member 26a and the second support member 26b can function as a cross rail by being bridged between a pair of vertical frame members 51 in the upper edge portion 25a of the decorative member 25. can.
(1-7) The decorative member 25 is supported more reliably than the case where it is supported only by the support means 26 by being supported by the pair of vertical frame members 51 and the lower frame member 29 except for the upper edge portion 25a. , The mounting position is less likely to shift.

The first embodiment may be modified as appropriate and implemented as follows.
The panel element 23 itself may have a translucent region and a light-shielding region. In this case, the decorative member 25 may be arranged only in the light-transmitting region, may be arranged only in the light-shielding region, or may be arranged so as to straddle the light-transmitting region and the light-shielding region.

The first support member 26a may be composed of only the first magnet bar 27a.
The first support member 26a and the second support member 26b do not have to have a linear shape. As an example, as shown in FIG. 9, the first support member 26a and the second support member 26b may have a curved shape. In this case, as an example, the shapes of the first support member 26a and the second support member 26b are selected according to the shape of the upper edge portion 25a of the decorative member 25. Here, since the upper edge portion 25a of the decorative member 25 has a curved shape, the shapes of the first support member 26a and the second support member 26b are also curved in accordance with this curved shape.

The first support member 26a and the second support member 26b do not have to have the same shape. As an example, one of the first support member 26a and the second support member 26b may have a linear shape, and the other support member may have a curved shape. In this case, the first support member 26a and the second support member 26b are partially overlapped so that the decorative member 25 can be sandwiched.

The shapes of the first support member 26a and the second support member 26b are not limited to a linear shape as long as they can support the edge portion of the decorative member 25. As an example, when the decorative member 25 has a rectangular shape, the shapes of the first support member 26a and the second support member 26b have an L-shaped shape corresponding to the edges of two adjacent sides of the decorative member 25. It may have a rectangular frame shape corresponding to all four sides. Further, in the case of the circular decorative member 25, the shapes of the first support member 26a and the second support member 26b may be a circular frame shape corresponding to the outer peripheral edge portion of the decorative member 25, and the radius may be the same. It may have a curved shape that can support a part of the outer peripheral edge portion.

-The shape of the decorative member 25 is not particularly limited. As an example, the decorative member 25 may have a circular shape or an elliptical shape, or may have a polygonal shape such as a triangle, a pentagon, or a hexagon. The decorative member 25 having such a shape may not be fixed by the vertical frame member 51 or the lower frame member 29. In such a case, the peripheral portion of the decorative member 25 is supported by the first support member 26a and the second support member 26b.

The portion where the end portions of the first support member 26a and the second support member 26b and the vertical frame member 51 abut may be provided with a coupling mechanism. As an example, the vertical frame member 51 is provided with a recess into which the ends of the first support member 26a and the second support member 26b are inserted. In such a coupling mechanism, the ends of the first support member 26a and the second support member 26b are inserted into the recesses of the vertical frame member 51, so that the positions of the first support member 26a and the second support member 26b are less likely to shift. Therefore, the functions of the first support member 26a and the second support member 26b as cross rails can be further improved.
Further, an engaging portion composed of protrusions or recesses is provided on the tip surfaces of the first support member 26a and the second support member 26b. Then, in the portion of the vertical frame member 51 where the tip surfaces of the first support member 26a and the second support member 26b are butted with each other, an engaged portion composed of a recess or a protrusion with which the engaging portion engages is provided. .. Even in such a coupling mechanism, the engaging portion of the first support member 26a and the second support member 26b and the engaged portion of the vertical frame member 51 engage with each other to engage the first support member 26a and the second support member. The position of the 26b is less likely to shift, and the functions of the first support member 26a and the second support member 26b as cross rails can be further improved.

The decorative member 25 may be fixed to the upper frame member 22, and other edges may be supported by the first support member 26a and the second support member 26b.

[Second Embodiment]
The decorative member 61 may be arranged at a plurality of locations so as not to overlap the first panel surface 24a of the panel element 23. As shown in FIG. 10, a plurality of decorative members 61 are arranged on the first panel surface 24a so as not to overlap each other. The decorative member 61 here is composed of a first-shaped decorative member 61a having a rectangular shape and a second-shaped decorative member 61b having a square shape. Then, one first shape decorative member 61a is arranged in the first row, three second shape decorative members 61b are arranged side by side in the drawing in the second row, and one first shape decoration member is arranged in the third row. The member 61a is arranged. At this time, the peripheral portions of the first shape decorative member 61a and the second shape decorative member 61b are supported by the support means 26.

The region in which the first shape decorative member 61a and each second shape decorative member 61b are arranged may be only the upper region of the panel element 23, may be only the lower region, or may be a region straddling the upper region and the lower region. You may.

Further, the support means 26 (first support member 26a and second support member 26b) has a rectangular frame shape corresponding to the outer peripheral portion of each first shape decorative member 61a and each second shape decorative member 61b. ing. Further, a form that is not fixed to the vertical frame member 51, the upper frame member 22, or the lower frame member 29 is adopted. Of course, the first support member 26a and the second support member 26b have a linear shape, and four of them may surround the first shape decorative member 61a and each second shape decorative member 61b, or L. As the character shape, two may surround the first shape decorative member 61a and each second shape decorative member 61b.

According to the second embodiment, the effects listed below can be obtained.
(2-1) By changing the shape pattern or pattern of each first shape decorative member 61a and each second shape decorative member 61b, the degree of freedom in design can be increased.
(2-2) Each first shape decorative member 61a and each second shape decorative member 61b can be easily supported by the panel element 23 by being supported by only one support means 26. The user can easily remove each first shape decorative member 61a and each second shape decorative member 61b, and can easily change the position. Then, you can change the design and remodel it to your liking.

The second embodiment may be modified as appropriate and implemented as follows.
-The number of decorative members is not particularly limited. Further, the shape, pattern and pattern of the decorative member are not particularly limited. These factors will be determined according to the design. As an example, the first shape decorative member 61a and the second shape decorative member 61b may have different shapes. As an example, one of the first shape decorative member 61a and the second shape decorative member 61b has a rectangular shape, and the other decorative member has a shape different from that of the other decorative member, for example, a circular shape or an elliptical shape. You may. Further, a third shape decorative member and a fourth shape decorative member may be provided.

The decorative member 61 adjacent to the vertical frame member 51 may be fixed to the vertical frame member 51. When the decorative member 61 is adjacent to the upper frame member 22, it may be fixed to the upper frame member 22. Further, when the decorative member 61 is adjacent to the lower frame member 29, it may be fixed to the lower frame member 29. By being fixed to the frame member in this way, it can be more firmly fixed to the panel element 23.

The first shape decorative member 61a and each second shape decorative member 61b may be arranged on the second panel surface 24b, or may be arranged on each surface of the first panel surface 24a and the second panel surface 24b. good. In this case, the first shape decorative member 61a and each second shape decorative member 61b arranged on the first panel surface 24a, the first shape decorative member 61a arranged on the second panel surface 24b, and each second shape decorative member 61b. It may mean that all the positions overlap, only a part of the positions may overlap, or all the positions may be offset.

When arranged on each surface of the first panel surface 24a and the second panel surface 24b, the shapes, patterns, and patterns of the first shape decorative member 61a and each second shape decorative member 61b are not particularly limited. .. These factors will be determined according to the design. As an example, the shape and pattern of the first shape decorative member 61a and each second shape decorative member 61b on the first panel surface 24a, and the first shape decorative member 61a and each second shape decorative member 61b on the second panel surface 24b. The shape and pattern may be different.
The shapes and patterns may be different in the first shape decorative member 61a and each second shape decorative member 61b arranged on the first panel surface 24a. Further, the shapes and patterns may be different in the first shape decorative member 61a and each second shape decorative member 61b arranged on the second panel surface 24b.

[Third Embodiment]
The panel portion 21 may be configured such that the decorative member is arranged on both the first panel surface 24a and the second panel surface 24b of the panel element 23. In the example of FIG. 11, the panel portion 21 includes a first decorative member 71a arranged on the first panel surface 24a of the panel element 23 and a second decorative member 71b arranged on the second panel surface 24b. ing.

The first decorative member 71a and the second decorative member 71b may have different patterns or patterns, or may be the same. As an example, for the first decorative member 71a, a fabric element having a pattern or pattern matching the design of the space facing the first panel surface 24a is selected, and for the second decorative member 71b, the second panel surface 24b faces. The fabric elements of the patterns and patterns that match the design of the space are selected. Further, the first decorative member 71a and the second decorative member 71b may have different shapes. In this case, the arrangement position of the first decorative member 71a on the first panel surface 24a and the arrangement position of the second decorative member 71b on the second panel surface 24b are arranged so as to overlap at least a part. As a result, the first decorative member 71a and the second decorative member 71b are supported by the first support member 26a and the second support member 26b in a state of being arranged on each surface of the panel element 23.

The first support member 26a arranged on the first panel surface 24a used in this example includes a first magnet bar 27a, a first cover 27b, and a covering portion 27c. Further, the second support member 26b includes a second magnet bar 28a, a second cover 28b, and a covering portion 28c. That is, the first support member 26a and the second support member 26b have the same configuration. A panel element 23, a first decorative member 71a, and a second decorative member 71b are interposed between the first support member 26a and the second support member 26b, and the first panel surface 24a and the second are opposed to each other. It is arranged on the panel surface 24b.

According to the third embodiment, the effects listed below can be obtained.
(3-1) For the first decorative member 71a, it is possible to select a fabric element of a pattern or pattern that matches the design of the space facing the first panel surface 24a, and for the second decorative member 71b, a second For the decorative member 71b, it is possible to select a fabric element having a pattern or pattern that matches the design of the space facing the second panel surface 24b.

(3-2) The first decorative member 71a arranged on the first panel surface 24a and the second decorative member 71b arranged on the second panel surface 24b are paired with the first support member 26a and the second support member 26b. Can be supported by.

[Fourth Embodiment]
In the panel portion 21, the first decorative member 81a is arranged on the first panel surface 24a, the second decorative member 81b is arranged on the second panel surface 24b, and the positions of the first decorative member 81a and the second decorative member 81b are arranged. May be arranged so as not to overlap.

As shown in FIG. 12, the first support member 26a that supports the first decorative member 81a arranged on the first panel surface 24a is arranged on the first panel surface 24a, and the first magnet bar 27a and the first cover 27b. And a covering portion 27c. Further, the second support member 26b arranged to face the first support member 26a is arranged on the second panel surface 24b, includes a second magnet bar 28a and a second cover 28b, and includes a covering portion 27c. do not have. Then, the first support member 26a and the second support member 26b sandwich the first decorative member 81a and the panel element 23 between them, and support the first decorative member 81a on the first panel surface 24a.

In the example of FIG. 12, the second support member 26b, which is below the first decorative member 81a and supports the second decorative member 81b arranged on the second panel surface 24b, is arranged on the second panel surface 24b. , A second magnet bar 28a, a second cover 28b, and a covering portion 28c are provided. Further, the first support member 26a arranged to face the second support member 26b is arranged on the first panel surface 24a, includes a first magnet bar 27a and a first cover 27b, and includes a covering portion 27c. do not have. The first support member 26a and the second support member 26b sandwich the first decorative member 81a, the panel element 23, and the second decorative member 81b between them, and the first decorative member 81a with respect to the first panel surface 24a. Supports the second decorative member 81b with respect to the second panel surface 24b.

According to the fourth embodiment, the effects listed below can be obtained.
(4-1) The first decorative member 81a arranged on the first panel surface 24a and the second decorative member 81b arranged on the second panel surface 24b can be arranged at different positions so as not to overlap each other. ..

The first to fourth embodiments may be appropriately modified and implemented as follows.
When the vertical frame member 51 is omitted, the mounting member 31 can swing with respect to the upper frame member 22. That is, when the mounting member 31 is mounted on the upper edge portion 21a, it has a substantially cylindrical shape. The mounting member 31 can be swung by being supported by the receiving pieces 44a and 44b of the upper frame member 22. As a result, for example, the panel portion 21 swings with respect to the upper frame member 22, so that even if a foreign substance hits and an external force is applied, the panel portion 21 is less likely to be damaged. In this case, the vertical frame member 51 and the lower frame member 29 may be formed of a cushioning member made of an elastic member or the like.

-It is also applicable to partitions that are supported by the lower runner that moves along the lower rail instead of being suspended and supported by the upper runner.
The number of panel members 4 movably suspended and supported by the upper rail 2 is not particularly limited.

The mounting of the panel portion 21 on the upper frame member 22 is not limited to the structure using the mounting member 31 described above. As an example, the upper edge portion 21a of the panel element 23 may be inserted into the guide groove 41, fixed to the upper frame member 22 with a fixing member such as a screw, and supported by the guide groove 41 via a grechan.
The first panel surface 24a may be either the front surface or the back surface of the panel portion 21. The second panel surface 24b is the opposite surface to the defined first panel surface 24a.

-The magnet may be an electromagnet as well as a permanent magnet.
The first magnet bar 27a and the second magnet bar 28a may be divided into two or three in the longitudinal direction. Each of the plurality of divided magnets may be close to the adjacent magnet or may be arranged apart from the adjacent magnet. When a plurality of magnets are arranged on the cover, the type and number of the magnets depend on factors such as the strength of the magnetic force required for attaching the first support member 26a and the second support member 26b to the panel portion 21. It is decided.

Further, when a plurality of magnets are arranged on the first cover 27b and the second cover 28b, the shape of each magnet is not particularly limited, and may be a rectangular shape, a coin-shaped shape, or the like.

-Each of the first support member 26a and the second support member 26b may be divided into a plurality of members instead of one linear member. In this case, as an example, on each of the first panel surface 24a and the second panel surface 24b, a plurality of first support members 26a and second support members 26b are placed between the pair of vertical frame members 51, and the upper frame member 22 and It may be arranged in one row or in a plurality of rows in parallel with the lower frame member 29. Further, it may be arranged between the upper frame member 22 and the lower frame member 29 in a row or a plurality of rows in parallel with the pair of vertical frame members 51. Further, the plurality of first support members 26a and second support members 26b can be arranged in a scattered pattern as long as they can support the decorative member 25.
Further, each of the first support member 26a and the second support member 26b can be divided into a plurality of pieces even when they have one curved shape.

The decorative member 25 may be arranged only on the first panel surface 24a, or may be arranged only on the second panel surface 24b.
-It can also be applied to partitions that do not move along the rail. As an example, it can be applied to a non-moving partition such as a partition, a door rotatably attached to an opening of a door frame at an entrance / exit by a hinge or the like.
The configuration of the upper runner 3 may be such that four wheels are rotatably supported by the runner body, and the wheels roll on the support piece 7a in a state where the wheels cannot move up and down in the upper rail 2. ..
-The partition may be a sliding door or a folding door.

1 ... partition, 2 ... upper rail, 3 ... upper runner, 4 ... panel member, 6a ... front wall, 6b ... rear wall, 6c ... upper wall, 7 ... rail opening, 7a ... support piece, 7b ... support piece, 11 ... Runner body, 12 ... Shaft holding member, 13 ... Support shaft, 13a ... Root part, 14 ... Fixing member, 21 ... Panel part, 21a ... Upper edge part, 21b ... Side edge part, 22 ... Upper frame member, 23 ... Panel element, 23a ... Mounting hole, 24a ... First panel surface, 24b ... Second panel surface, 25 ... Decorative member, 25a ... Upper edge, 26 ... Support means, 26a ... First support member, 26b ... Second Support member, 27a ... 1st magnet bar, 27b ... 1st cover, 27c ... Covering part, 28a ... 2nd magnet bar, 28b ... 2nd cover, 28c ... Covering part, 29 ... Lower frame member, 31 ... Mounting member, 32a ... half body, 32b ... half body, 32c ... contact surface, 32d ... contact surface, 32e ... support surface, 32f ... support surface, 33a ... engagement piece, 33b ... engagement piece, 34 ... insertion hole, 35a ... Screw, 35b ... Nut, 36 ... Cylindrical part, 41 ... Guide groove, 42 ... Connecting piece, 43 ... Support piece, 44a ... Receiving piece, 44b ... Receiving piece, 45a ... Guide protrusion, 45b ... Guide protrusion, 46a ... recess, 46b ... recess, 47a ... closing member, 47b ... closing member, 48a ... contact portion, 48b ... contact portion, 49a ... rotating shaft, 49b ... rotating shaft, 51 ... vertical frame member, 52 ... Mounting groove, 53 ... Joint part, 54 ... Insertion hole, 55 ... Fixing part, 56 ... Mounting end part, 57 ... Fixing member, 58 ... End part, 59 ... Cap member, 61 ... Decorative member, 61a ... First shape decoration Members, 61b ... Second shape decorative member, 71a ... First decorative member, 71b ... Second decorative member, 81a ... First decorative member, 81b ... Second decorative member.

Claims (7)

In the panel member, the panel element, the decorative member arranged on at least one of the first panel surface and the second panel surface of the panel element, and the supporting means for supporting the decorative member with respect to the panel element. And with
The support means includes a first support member arranged on the first panel surface side and a second support member arranged on the second panel surface side .
The first support member and the second support member are arranged at positions facing each other via the non-magnetic panel element and the decorative member, and the decorative member is arranged by magnetic suction. A partition that supports the panel element. The partition according to claim 1, wherein the first support member and the second support member have a linear shape or a curved shape. The partition according to claim 1 or 2, wherein the decorative member is a seat member. The panel member includes a vertical frame member arranged at the side edge portion of the panel element and a lower frame member arranged at the lower edge portion of the panel element.
The decorative member is held by at least one of the vertical frame member and the lower frame member.
The partition according to any one of claims 1 to 3, wherein the supporting means supports the upper edge portion of the decorative member. The partition according to any one of claims 1 to 4, wherein the panel member includes a plurality of the decorative members on at least one panel surface. The decorative member is arranged on both sides of the panel element, and is arranged so that the position of the decorative member arranged on one panel surface and the position of the decorative member arranged on the other panel surface do not overlap. The partition according to any one of claims 1 to 4. One of claims 1 to 6, wherein at least one support member of the first support member and the second support member includes a magnet, and the other support member includes a magnetic material magnetically attracted to the magnet. The partition described in.

Images