JP2020007796A - Installation structure for construction partition material - Google Patents

Abstract

To provide an installation structure for construction partition material to be easily installed and excellent in workability as well as reusable and excellent in usability, the installation structure for construction partition material being applicable for partitions and the like of rooms.SOLUTION: An installation structure for construction partition material 4 arranged between a foundation face part 10 and a ceiling face part 12 upper thereof for partitioning its boundary comprises a foam structure with self adsorptivity and is provided with belt-like sheet adsorptive material 6 of which one face part and the other face part are formed respectively to be front and rear. The one face part of the sheet adsorptive material 6 is attached along a lower end part of the construction partition material 4 and the upper side of the construction partition material 4 is attached on a ceiling face part 12, while the construction partition material 4 is arranged on an installation place of the foundation face part 10 and the other face part of the sheet adsorptive material 6 is adsorbed on the foundation face part 10 to secure the construction partition material 4 on the foundation face part 10.SELECTED DRAWING: Figure 1

Description

  The present invention relates to an installation structure of a building partition used for a room partition or the like.

  BACKGROUND ART Conventionally, a partition wall in which a partition member is arranged in a building to partition a room or the like is known.

  For example, as shown in FIG. 5, a lightweight steel partition wall of Patent Document 1 includes an upper runner 32 and a lower runner 33, a stud 34 having upper and lower ends inserted therein, and a gypsum board fixed to the stud 34. 35, a hollow glass wool 38 and the like, the upper runner 32 and the lower runner 33 are fixed to the floor slab by nails 36 and the like, and a gypsum board 37 is interposed between the stud 34 and the gypsum board 35. A gap is formed between the upper runner 32 and the upper runner 32, thereby preventing the generation of squeak noise.

  The wall base material described in Patent Literature 2 has an upper rail member attached to a ceiling material, a lower rail member attached to a floor material with a fixing tool such as a flathead screw, and an upper end fitted into the upper rail member. A stud member whose lower end is inserted into the lower rail member and is mounted upright, and the upper and lower ends of the stud member are restrained by providing a pair of projecting pieces on the bottom piece or the side piece of the lower rail member. Thus, the work of attaching the stud member can be performed with one touch.

  The runner fixing bracket described in Patent Literature 3 has a frame-side mounting plate at one end of a bracket main body and a runner-side mounting plate at the other end, and is bent at an intermediate portion between these two plates. A part is provided, the bracket body is bent through the bent part, the runner-side mounting plate is inserted into the rear side wall of the runner, and the skeleton-side mounting plate is fixed to the wall of the skeleton by a fastener. In this case, the work of fixing the runner can be easily performed.

JP 2010-242298 A JP 2011-247057 A JP 2005-83023 A

  By the way, in the partition wall of Patent Document 1, the lower runner is fixed to the floor slab by nails or the like, and also in the wall base material of Patent Document 2, the lower rail member is attached to the floor material by fasteners such as flathead screws. In this case, there is a problem that the lower runner and the lower rail member cannot be easily removed, and the floor surface and the like are damaged, so that it is difficult to reuse the lower runner and the lower rail member. Also, in Patent Document 3, since the runner is fixed by using the runner fixing bracket, there is a problem that the fixing of the runner is not easy and the fixing portion is damaged.

  The present invention has been made in order to solve the above-mentioned problems, and is easy to install, excellent in workability, and does not stain the construction surface. An object of the present invention is to provide a partition member installation structure.

  In order to solve the above technical problems, the present invention is, as shown in FIG. 1 and the like, provided with an installation structure of an architectural partition member 4 which is disposed between a base surface portion 10 and a ceiling surface portion 12 thereabove and partitions a boundary. It has a self-adsorbing bubble structure, and has a band-shaped sheet-shaped adsorbent 6 having one surface portion and the other surface portion formed on the front and back, and along the lower end portion of the building partitioning material 4. The one surface of the sheet-shaped adsorbent 6 is adhered, and the upper side of the architectural partition member 4 is attached to the ceiling surface portion 12, while the architectural partition member 4 is arranged at the installation location of the base surface portion 10. At the same time, the other surface of the sheet-shaped adsorbent 6 is adsorbed to the base surface 10, and the architectural partition member 4 is fixed to the base surface 10.

  In addition, the present invention is an installation structure of the architectural partition member 4 that is disposed between the base surface portion 10 and the ceiling surface portion 12 above the base surface portion 10 and partitions a boundary, and has a self-adsorbing bubble structure. And a sheet-shaped adsorbing material 6 having a band-shaped surface portion formed on the front and back sides of the sheet-shaped adsorbing material 6. While the one surface portion is adsorbed, the upper side of the architectural partition member 4 is attached to the ceiling surface portion 12, while the architectural partition member 4 is arranged at the installation location of the base surface portion 10, and The lower end of the sheet-like adsorbent 6 is adhered to the other surface of the sheet-shaped adsorbent 6, and the architectural partition member 4 is fixed to the base surface 10.

  In addition, the present invention is an installation structure of the architectural partition member 4 that is disposed between the base surface portion 10 and the ceiling surface portion 12 above the base surface portion 10 and partitions a boundary, and has a self-adsorbing bubble structure. A strip-shaped sheet-shaped adsorbent material 6 having a surface portion and the other surface portion formed on the front and back, and a long holding member 2 holding a lower end portion of the building partition material 4 and having a flat substrate portion 20. Then, the holding member 2 to which the one surface portion of the sheet-shaped adsorbent 6 is adhered along the back surface of the substrate portion 20 is attached to a lower end portion of the architectural partition member 4, and the architectural partition member 4 is attached. Is attached to the ceiling surface portion 12, the architectural partition member 4 is arranged at the installation location of the base surface portion 10, and the other surface portion of the sheet-like adsorbent 6 is adsorbed to the base surface portion 10. , The above-mentioned building partition material 4 with the above-mentioned base surface It is configured to fixed to the 10.

  In addition, the present invention is an installation structure of the architectural partition member 4 that is disposed between the base surface portion 10 and the ceiling surface portion 12 above the base surface portion 10 and partitions a boundary, and has a self-adsorbing bubble structure. A strip-shaped sheet-shaped adsorbent material 6 having a surface portion and the other surface portion formed on the front and back, and a long holding member 2 holding a lower end portion of the building partition material 4 and having a flat substrate portion 20. Then, the one surface portion of the sheet-shaped adsorbent 6 is adhered along the back surface portion of the substrate portion 20 of the holding member 2, and the holding member 2 is arranged along the installation location of the base surface portion 10, and The other surface of the sheet-shaped adsorbent 6 is adsorbed, and the upper side of the architectural partition 4 is attached to the ceiling surface 12, while the lower end of the architectural partition 4 is attached to the substrate 20 of the holding member 2. And the partitioning material for building 4 It is configured to fastened to section 10.

  In addition, the installation structure of the architectural partition member according to the present invention includes an elongated upper holding member 26 that holds the upper end of the architectural partition member 4 and has a flat substrate portion 28. The one surface portion of the sheet-shaped adsorbent 6 is adhered along the back surface of the substrate portion 28, and the upper holding member 26 is arranged along the installation location of the ceiling surface portion 12, and the sheet-shaped adsorbent 6 is The other surface is sucked, the upper end of the architectural partition 4 is held by the substrate 28 of the upper holding member 26, and the upper end of the architectural partition 4 is fixed to the ceiling surface 12. Configuration.

  The installation structure of the architectural partitioning material according to the present invention is such that the board portion 11 is provided with a flat holding runner material 8 on the ceiling surface portion 12, and the upper end of the architectural partitioning material 4 is placed on the holding runner material 8. This is a configuration for holding.

  In the installation structure of the architectural partitioning material according to the present invention, an elastic member 19 is interposed at a lower portion of the substrate portion 28 of the upper holding member 26 or a lower portion of the substrate portion 11 of the holding runner member 8. In this configuration, the upper end of the architectural partition member is elastically held.

  As the installation structure of the building partition material according to the present invention, the building partition material 4 is configured to be used as a room partition material or a wall material.

  The installation structure of the architectural partition member according to the present invention has a configuration in which a stopper member 9 is attached to the base surface portion 10 and is used for positioning when the architectural partition member 4 is installed.

  According to the installation structure of the architectural partitioning material according to the present invention, a sheet-like adsorbent is adhered along the lower end of the architectural partitioning material, and the upper side of the architectural partitioning material is attached to the ceiling surface portion, while Since the partitioning material is placed at the installation location on the base surface, the sheet-shaped adsorbent is adsorbed on the base surface, and the building partitioning material is fixed to the base surface, so the installation of the building partitioning material is easy. The workability is excellent, and the sheet-shaped adsorbent can be peeled off, and the construction surface is not stained without any damage to the foundation surface, so the foundation surface and partitioning material for construction can be reused for convenience. Is also excellent.

  ADVANTAGE OF THE INVENTION According to the installation structure of the partition material for a building which concerns on this invention, the sheet-shaped adsorbent arrange | positioned along the installation location of a base surface part is adsorbed, and the upper side of a building partition material is attached to a ceiling surface part, In addition to arranging the building material at the installation location on the base surface, the lower end of the building partition material is adhered to a sheet-like adsorbent, and the building partition material is fixed to the base surface portion. Easy installation and excellent workability.The adsorbent sheet can also be peeled off, so there is no damage to the foundation surface and the construction surface is not stained, so it is possible to reuse the foundation surface and building partitioning materials. In addition, it has an effect of being excellent in convenience.

  According to the installation structure of the architectural partitioning material according to the present invention, the holding member to which the sheet-shaped adsorbent is adhered along the back surface of the substrate portion is attached to the lower end of the architectural partitioning material, and the upper part of the architectural partitioning material. While the side is attached to the ceiling surface, the construction partition material is placed at the installation location of the base surface portion, and the sheet-shaped adsorbent is adsorbed on the base surface portion, and the construction partition material is fixed to the base surface portion The installation of the partitioning material for building is easy and the workability is excellent. In addition, the sheet-like adsorbent can be peeled off and the construction surface is not stained without any damage to the foundation surface. And the like can be reused and the convenience is excellent.

  ADVANTAGE OF THE INVENTION According to the installation structure of the architectural partitioning material which concerns on this invention, a sheet-shaped adsorbent is adhered along the back surface part of the board | substrate part of a holding member, the holding member is arranged along the installation location of a base surface part, and a sheet-shaped. A configuration in which the adsorbent is adsorbed and the upper side of the architectural partition is attached to the ceiling surface, while the lower end of the architectural partition is held on the substrate of the holding member, and the architectural partition is fixed to the base surface. Adopted, it is easy to install the partitioning material for construction and excellent in workability, and the sheet-shaped adsorbent can be peeled off, there is no damage to the foundation surface and the construction surface is not stained, so the foundation surface and building There is an effect that the partitioning material can be reused and the convenience is excellent.

  According to the installation structure of the architectural partitioning material according to the present invention, the sheet-shaped adsorbent is adhered along the back surface of the substrate portion of the upper holding member, and the upper holding member is arranged along the installation location of the ceiling surface portion. Since the sheet-shaped adsorbent is adsorbed, the upper end of the architectural partition material is held on the substrate of the upper holding member, and the upper end of the architectural partition material is fixed to the ceiling surface. It is easy to install and has excellent workability.In addition, the sheet-like adsorbent can be peeled off and the ceiling surface is not scratched and the construction surface is not stained, so it is possible to reuse the ceiling surface and building partitioning material etc. The effect is possible and excellent in convenience.

According to the installation structure of the architectural partitioning material according to the present invention, since the elastic member is interposed at the lower portion of the upper holding member and the elastic material holds the upper side of the architectural partitioning material, the architectural partitioning material is used. And the strength of the sheet-shaped adsorbent is increased, so that the sheet-shaped adsorbent can be installed in a stable state without wobble.
Further, according to the installation structure of the building partition material according to the present invention, since the stopper member is attached to the base surface portion and used for positioning when installing the building partition material, the positioning can be easily performed, and the building partition material can be easily positioned. It also helps to prevent misalignment of the installation location.

It is a figure showing the installation structure of the partition material for buildings concerning an embodiment. FIG. 3A is a diagram illustrating a holding member (adhering a sheet-shaped adsorbent), and FIG. 2B is a diagram illustrating a sheet-shaped adsorbent. It is a figure which shows the installation method of the partition material for a building which concerns on embodiment (for convenience of explanation, ceiling surface part is described higher than actual). It is a figure which shows the installation method of the partition material for buildings which concerns on other embodiment (The ceiling surface part is described higher than actual for convenience of explanation). It is a figure which shows the lightweight steel partition wall which concerns on a prior art example.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 shows an installation structure of a building partition material according to this embodiment.
In the installation structure of the architectural partition material, the holding member 2, the architectural partition material 4, a sheet-shaped adsorbent 6 having a self-adsorbing cell structure (hereinafter, simply referred to as a "sheet-shaped adsorbent 6"), A holding runner member 8 and a stopper member 9 are provided. The architectural partition member 4 is used, for example, as a room partition member or a wall member.

The architectural partition member 4 is usually arranged between a base surface 10 such as a floor of a room and a ceiling 12. The base surface portion 10 is, for example, each surface portion in a form in which a floor plate material is attached to an upper part of an uneven land, or a form in which a joist is erected on a large scale supported by support legs and the floor plate material is arranged on the upper part.
For example, the ceiling surface portion 12 is provided with a ridge support 15 on a hanger 14 suspended from the ceiling structure portion, and crosses the ridge support 15 and attaches a ridge 16 in parallel. The plate 17 is formed by fastening.

As shown in FIG. 2, the holding member 2 has a long and flat substrate portion 20. For example, the holding member 2 includes a substrate portion 20 and left and right side plate portions 22, 22, and has a U-shaped cross section open at the upper side. Material is used. In addition, as the holding member 2, a material having an L-shaped cross section having a flat substrate portion and side plate portions is used.
As the material of the holding member 2, a steel material (light steel plate), a stainless steel material, a light metal material such as aluminum, or a synthetic resin material such as vinyl chloride can be used.

  As the building partition material 4, a building board material or the like is used, for example, a wooden board material, a hollow (or a heat-insulating material such as glass wool) board material having a board material disposed on both sides, a gypsum board material, There are a particle board material, a synthetic resin board material, and the like. Further, both sides of each of the above-mentioned board materials are subjected to finish processing (such as attaching a finish material).

  The architectural partition member 4 is basically rectangular in outer shape, and flat at the lower end and the upper end. Further, a window or the like for air distribution may be provided near the upper part of the architectural partition member 4. The width of the architectural partition member 4 is usually several millimeters to several tens millimeters.

In addition, as the architectural partition member 4, a plurality of stud members are arranged at predetermined intervals above the holding member 2, and the lower end of each stud member is fixed to the holding member 2, and the upper side of each stud member Can be fixed with a frame material such as a runner material and attached to the ceiling surface 12. Panels and the like are attached to both sides of each of the stud members arranged above.
In addition, upper and lower frame members are respectively arranged at upper and lower portions as building partitioning material 4, a plurality of studs are arranged side by side between these frame members, and finishing panels are attached to both sides to form a board. Finished products are also available. In the case of this architectural partition member 4, the lower frame member can be used as the holding member 2, and in this case, it is not necessary to newly attach the holding member 2.

The sheet-shaped adsorbent 6 is made of synthetic resin, is a foamed sheet-shaped adsorbent having a fine (ultra-fine) cell (cell) structure, and has a self-adsorbing property and a strong shearing property. This sheet-shaped adsorbent 6 has a semi-open cell structure, and the size of the cells is 30 to 100 μm. Further, since the sheet-shaped adsorbent 6 has a self-adsorbing property, an adhesive or the like is not required for fastening.
For this reason, even if the sheet-shaped adsorbent 6 is fixed to the base surface 10 or the like and then detached as necessary, it can be peeled off without leaving any adhesive, and the base surface 10 and the sheet-shaped adsorbent can be reused. Can also be performed effectively. Further, the sheet-shaped adsorbent 6 can be adsorbed and desorbed any number of times.

  In this embodiment, PureCell (registered trademark: manufactured by Inoac Corporation) was used as the sheet-shaped adsorbent 6. The PureCell is a sheet-like acrylic (or urethane) foam material having an ultrafine and uniform cell structure, and has a self-adsorbing property. As a pure cell, a thin long acrylic foam has low density, softness, strong impact resistance (shock absorption), high thickness accuracy and low hardness, low stress, and high compressibility in addition to self-adsorption.

  The sheet-shaped adsorbent 6 has a band shape (tape shape), and one surface portion and the other surface portion are respectively formed on the front and back sides. For example, an adhesive surface in which an adhesive is applied in advance on one (upper) surface portion 5 is formed, and the other (lower) surface portion is formed with an adsorption surface 7 of the sheet-shaped adsorption material 6 itself. On the other (lower) suction surface 7, a transparent thin film material is lightly sucked. This film material protects the sheet-shaped adsorbent material 6, and is removed immediately before the building partition material 4 is installed.

  Normally, the width of the sheet-shaped adsorbent 6 is approximately the same as the width of the substrate portion 20 of the holding member 2 and is attached over the entire length of the holding member 2. The sheet-shaped adsorbent 6 may be bonded to the back surface (lower surface) of the substrate portion 20 of the holding member 2 along the substrate portion 20 in advance. The holding member 2 is attached to the architectural partition member 4 using an adhesive or a fastening material.

The holding runner member 8 is, for example, a long member having a U-shaped cross section or a long member having an L-shaped cross section, which includes a flat substrate portion 11 and left and right side plate portions, and has an opening on the lower side (groove portion is downward). Etc. are available.
The material and the like of the holding runner member 8 are the same as those of the holding member 2, and a material obtained by bending a lightweight steel plate or the like is used. The holding runner member 8 fixes the substrate portion 11 to the ceiling surface portion 12 using a fastener such as a screw or an adhesive.
When the architectural partition member 4 is arranged in the room of the building, the lower part of the architectural divider member 4 is arranged on the base surface portion 10 and the holding runner member 8 is fixed on the upper ceiling surface portion 12. The upper side of the partition member 4 may be fitted and attached.

The stopper member 9 is used for positioning or the like, and is arranged at the installation position of the architectural partition member 4. The stopper member 9 is a long material having an L-shaped cross section, and is made of a metal such as a synthetic resin, an aluminum material, or a stainless steel material.
As for the stopper member 9, the sheet-like adsorbing material 6 may be adhered to the bottom surface of the stopper member 9, adsorbed to the base surface portion 10, and the stopper member 9 may be fixedly fixed. Further, the stopper member 9 may be attached to the base surface 10 using an adhesive (adhesive) or a fastener.
The stopper member 9 is useful not only for positioning the architectural partition member 4 but also for preventing displacement of the installation location of the architectural partition member 4.

Now, in this embodiment, paying attention to the self-adsorbing property of the sheet-shaped adsorbent 6, the sheet-shaped adsorbent 6 is used as a fastening material when the architectural partition member 4 is installed.
Then, the holding member 2 to which the sheet-shaped adsorbent 6 was adhered was attached over the entire lower end of the architectural partition member 4. Thus, when the holding member 2 is fixed (fixed) to the flat base surface 10, the sheet-shaped adsorbent 6 is fixed to the base surface 10 by suction only by pressing the holding member 2 to the base surface 10, and is used for building. The partition member 4 can be installed.

  Further, when the architectural partition member 4 is installed on the base surface portion 10, no screws or adhesives are used, so that the base surface portion 10 is not damaged or stained. For this reason, even when the building partition member 4 is removed as necessary, it is possible to reuse the foundation surface portion 10 and reuse the building partition member 4 (the holding member 2 and the sheet-like adsorbent 6).

The architectural partition member 4 to which the holding member 2 is attached is disposed between a base surface portion 10 such as a floor surface of a building and a holding runner member 8 disposed on a ceiling surface portion 12 above the base surface portion 10.
The architectural partitioning material 4 can be effectively used for temporary housing, special rooms such as event venues, etc., for temporary use, for installation and relocation by remodeling, etc. It can also be used for installation and relocation to offices.

Specifically, when the architectural partitioning material 4 is used as a partitioning material for a room, for example, the architectural partitioning material is arranged in a central portion or the like in one room and divided into two rooms. It can be used when removing 4 and returning it to the original room.
In addition, the architectural partition member 4 can be used as a wall material of a room. In this case, the architectural partition member 4 is arranged on the front surface of the indoor wall (for example, a wall with a rough finish) and used for finishing the wall. Then, when the building partition material 4 becomes unnecessary, the building partition material 4 can be easily removed, and the building partition material 4 can be reused.

  When the architectural partitioning material 4 is to be installed, black ink (such as a parallel line having a width approximately equal to the width of the architectural partitioning material 4) is previously marked on the base surface portion 10 where the holding member 2 of the architectural partitioning material 4 is to be disposed. Keep it. At the same time, the surface of the installation location of the base surface section 10 is kept clean.

In the case where the surface of the base surface portion 10 is rough, a waterproof tape material 18 may be stuck to the same position of the above-mentioned blackout. This tape material 18 is detachable.
As the tape material 18, for example, an airtight tape made of a synthetic resin is effective. The width of the tape material is about 50 mm, 100 mm, or about the width of the architectural partition member 4. The airtight tape has high waterproofness and durability, easily follows a curved portion, and has a moisture-permeable waterproof function.

  Alternatively, the holding runner member 8 may be disposed on the ceiling surface 12 of the room, and the upper side of the architectural partition member 4 may be attached and held on the holding runner member 8. The holding runner member 8 is arranged in a state parallel to the mark line where the architectural partition member 4 is arranged.

Further, an elastic member 19 may be arranged and interposed below the substrate portion 11 of the holding runner member 8. For example, when the holding runner member 8 having a U-shaped cross section having an opening on the lower side (the groove portion is directed downward) is used, the elastic member 19 is disposed below the substrate portion 11 (in the groove portion or the like).
As the elastic member 19, a coil spring, a rubber material, a sponge material, a synthetic resin material, or the like is used. The elastic member 19 is attached to the holding runner member 8 using an adhesive, a fastener, or the like.

  The elastic member 19 presses the upper end portion of the architectural partition member 4 fitted from the opening side of the holding runner member 8, and elastically holds the architectural partition member 4. For this reason, the strength of installation of the architectural partition member 4 is increased, and the architectural partition member 4 can be installed in a stable state without wobbling or the like. In addition, the sheet-shaped adsorbent 6 below the architectural partition member 4 is pressed, and the adsorbing power increases.

Here, a method and an installation structure for installing the building partition material 4 in a room or the like as a room partition material or a wall material will be described with reference to FIG.
When the architectural partition member 4 is used as a partition member, for example, when the room is divided into two, a mark line (ink mark) is drawn on the base surface portion 10 of the corresponding installation location, and the mark line is marked on the ceiling surface portion 12 above it. The holding runner member 8 is attached in parallel.

Here, the holding runner member 8 has a substrate portion 11 and left and right side plate portions, and has a U-shaped cross section in which the lower side is open (the groove portion is downward), and fixes the substrate portion 11 to the ceiling surface portion 12. . Further, an elastic member 19 is attached to the inside of the substrate portion 11 of the holding runner member 8.
In addition, as the stopper member 9, a long material having an L-shaped cross section is used. The stopper member 9 is attached to the base surface portion 10 using an adhesive or the like with the mark line as a guide. When attaching the stopper member 9, the sheet-shaped adsorbent 6 may be used.
Further, here, the tape material 18 is stuck to the side of the stopper member 9 using the mark line as a guide.

  Further, the architectural partition member 4 may be used as a finishing wall material of a room. In this case, for example, in the case of arranging in front of the rough wall, a mark line (ink mark) is drawn on the base surface portion 10 of the corresponding installation location, and the ceiling surface portion 12 (edge) above it is held in parallel with the mark line. The runner material 8 is attached.

The building partitioning material 4 is made of, for example, a gypsum board or a glass wool material on the inside, and a finishing process such as attaching a finishing panel to both sides is used.
The architectural partition member 4 has a rectangular shape as a whole, and has a bottom portion, left and right side portions, and an upper side portion. The vertical length of the architectural partition member 4 is approximately the same as that between the base surface 10 and the ceiling 12 of the room. The width of the architectural partitioning material 4 may be the size of the space between the left and right (such as between the two walls) that divides the room, or may be divided into a plurality of lengths. In this way, one or more architectural partition members 4 are arranged side by side according to the size of the room.

Here, the holding member 2 is made of a long material having a U-shaped cross section which includes a substrate portion 20 and left and right side plate portions 22 and 22 and has an upper opening. The holding member 2 has a length approximately equal to the width of the building partition member 4.
Then, the holding member 2 is attached to the architectural partition member 4 over the entire side of the lower end. The holding member 2 is fixed to the architectural partition member 4 using a fastener such as an adhesive or a screw. The fastener is fastened (screwed) from, for example, the side plate portion 22 of the holding member 2 to the vicinity of the lower end portion of the architectural partition member 4.

Further, one surface of the sheet-like adsorbent 6 is attached to the back surface of the holding member 2 attached to the architectural partition member 4 by bonding or the like. The holding member 2 may be attached to the architectural partition member 4 in advance, and the sheet-shaped adsorbing material 6 may be attached to the back surface of the substrate portion 20 of the holding member 2 in advance.
Thereafter, the architectural partition member 4 is attached to a predetermined position in the room as a partition member.

  First, the architectural partition member 4 is carried in, and the film material on the surface of the sheet-like adsorbent 6 is removed. A stopper member in which the upper side of the architectural partition member 4 is fitted and held in the groove of the holding runner member 8 attached to the ceiling surface portion 12, and the holding member 2 at the lower end portion of the architectural partition member 4 is arranged on the base surface portion 10. It is installed in a state where it touches 9. When the stopper member 9 is not used, the architectural partition member 4 is installed along the mark line.

At this time, the sheet-like adsorbent 6 attached to the holding member 2 of the architectural partition 4 is pressed from above by the weight of the architectural partition 4 and the other surface (lower surface) of the sheet-like adsorbent 6 Adsorb to the base surface 10. Thereby, the architectural partition member 4 is fixedly installed on the base surface portion 10.
One or a plurality of architectural partition members 4 are arranged side by side according to the range of partition (horizontal width).

The elastic member 19 holds and reinforces the upper end of the architectural partition member 4 fitted into the holding runner member 8 to prevent rattling and the like, and further presses the architectural partition member 4 to press the architectural partition member 4. 4 is elastically retained, and the installation of the architectural partition member 4 is strengthened.
The sheet-shaped adsorbent 6 easily adheres to the base surface 10 by self-adsorption, and is fixedly fixed to the base surface 10.

Since the sheet-shaped adsorbent 6 is not adhered with an adhesive or the like, even if the sheet-shaped adsorbent 6 is detached from the base surface 10, no damage (glue residue scar, etc.) occurs on the base surface 10.
For this reason, when changing the design of a room, for example, the architectural partition member 4 for partitioning can be easily removed, and the room can be easily returned to its original large room. In addition, the sheet-like adsorbent 6 attached to the building partition 4 can be reused and contributes to convenience.

  When the architectural partition member 4 is used as a wall (for finishing) in a room, the installation method and the installation structure are the same as those in the case where the architectural partition member 4 is used as a room partition member. In this case, the architectural partition member 4 is installed in front of the foundation wall (rough wall) of the room.

Then, the upper side of the architectural partition member 4 is fitted into the groove of the holding runner member 8 attached to the ceiling surface portion 12 (by the wall), and the holding member 2 at the lower end portion of the architectural partition member 4 is attached to the base surface portion 10 (by the wall). Along the top of the mark line. At this time, the sheet-shaped adsorbent 6 attached to the holding member 2 of the architectural partition member 4 is pressed, and the sheet-shaped adsorbent 6 is adsorbed and fixed to the base surface 10.
Further, even in the case of changing the design of the room, it is easy to remove the architectural partition material 4 as a wall material and to install another wall material, and to reuse the architectural partition material 4 in addition. Also contributes.

  Therefore, according to this embodiment, the installation of the architectural partitioning material is easy and the workability is excellent, and the sheet-like adsorbent can be peeled off, there is no glue residue, there is no dirt scratch on the base surface portion, etc. It does not contaminate the construction surface, so that the base surface and the partitioning material for the building can be reused, which is excellent in convenience.

As an installation structure of the building partition material according to the above embodiment, there is another embodiment described below in addition to the above embodiment.
Also in these other embodiments, the names (same reference numerals) and configurations of the respective members, the configuration of the installation method and the configuration, the operational effects, and the like are the same as those in the above embodiments, unless otherwise described.

As shown in FIG. 4, as another form, for example, there is a form in which the holding member 2 to which the sheet-shaped adsorbent 6 is attached is attached to the base surface 10 instead of the building partition material 4. Here, as the holding member 2, a material having a flat substrate portion and side plate portions and having an L-shaped cross section is used.
In this case, one surface of the sheet-shaped adsorbent 6 is adhered along the back surface of the substrate of the holding member 2. Then, the holding member 2 is arranged along the installation position of the base surface portion 10, and the other surface portion of the sheet-like adsorbent 6 attached to the back surface portion is sucked to the base surface portion 10.

Next, the upper side of the architectural partition member 4 is attached to the ceiling surface portion 12. At this time, a long elongate upper holding member 26 having a flat substrate portion 28 can be used. The shape of the upper holding member 26 is the same as that of the above-described holding member 2, and for example, a material having a U-shaped cross section that includes a substrate portion 28 and left and right side plate portions and has an open lower side is used.
Then, one surface of the sheet-like adsorbent 6 is adhered along the back surface of the substrate 28 of the upper holding member 26. Next, the upper holding member 26 is arranged along the installation location of the ceiling surface portion 12, and at the same time, the other surface portion of the sheet-shaped adsorbent 6 is adsorbed to the ceiling surface portion 12. Further, the elastic member 19 may be interposed inside the substrate portion 28 of the upper holding member 26.

Thus, when the upper side of the architectural partition member 4 is attached to the ceiling surface portion 12, the upper end portion of the architectural partition member 4 is fitted and held inside the substrate portion 28 of the upper holding member 26, and is held. Is attached to the ceiling surface 12.
Further, when the upper side of the architectural partition member 4 is attached to the ceiling surface portion 12, it may be attached to the holding runner member 8 arranged on the ceiling surface portion 12 or the like.
Then, the lower end portion of the architectural partition member 4 is fitted and held and fixed to the substrate portion 20 of the holding member 2 previously arranged on the base surface portion 10, and the architectural partition member 4 is fixedly installed on the base surface portion 10. .

  In addition, an upper holding member 26 in which one surface of the sheet-shaped adsorbent 6 is adhered to the upper end of the architectural partition member 4 or one surface of the sheet-shaped adsorbent 6 is adhered to the upper part of the substrate 28. In this state, the upper side of the architectural partitioning material 4 is pressed against the ceiling surface 12, and the other surface of the sheet-shaped adsorbent 6 is adsorbed to the ceiling surface 12, and the upper side of the architectural partitioning material 4 is fixed to the ceiling surface 12. It can also be attached to

Further, there is a form in which the sheet-like adsorbent 6 is directly adhered to the lower end of the architectural partition member 4 without using the holding member 2. The holding member 2 holds the architectural partitioning material 4 and, at the same time, adheres the sheet-like adsorbing material 6. For this reason, when the lower end of the architectural partition member 4 has the same flatness or the like as the holding member 2, the holding member 2 is not used. In this case, the number of parts and the like can be reduced. Contribute.
Further, the installation method and the installation structure of the architectural partition member 4 in this case are the same as those of the above embodiment except that the holding member 2 is removed.

  For example, one surface of the sheet-like adsorbent 6 is adhered along the lower end of the architectural partition 4. Then, the upper side of the architectural partition member 4 is attached to the ceiling surface portion 12, the architectural partition member 4 is disposed at the installation location of the base surface portion 10, and at the same time, the sheet-like adsorbent 6 adhered to the lower end portion of the architectural partition member 4. Is adsorbed to the base surface 10. Thereby, the architectural partition member 4 is fixedly installed on the base surface portion 10.

Further, as a method without using the holding member 2, there is a form in which the sheet-like adsorbent 6 is attached to the base surface 10 side. In this case, the sheet-like adsorbent 6 is arranged along the installation location of the base surface 10, and one surface of the adsorbent 6 is adsorbed to the base surface 10. Further, it is preferable to apply an adhesive to the other surface of the sheet-shaped adsorbent 6 in advance.
Next, the upper side of the architectural partition member 4 is attached to the ceiling surface portion 12, and the architectural partition member 4 is arranged at the installation location of the base surface portion 10. At the same time, the lower end of the architectural partition member 4 is bonded to the other surface of the sheet-shaped adsorbent 6 previously disposed on the base surface 10. Thus, the architectural partition member 4 is fixedly installed on the base surface portion 10.

  Therefore, in these other embodiments, similarly to the above embodiment, the installation of the architectural partitioning material is easy and the workability is excellent, and the sheet-like adsorbent can be peeled off without any adhesive residue. It does not stain the construction surface, such as no flaws on the surface, so that the base surface and the partitioning material for construction can be reused, which is excellent in convenience.

2 Holding member 4 Building partitioning material 6 Sheet-shaped adsorbent having a cell structure (sheet-shaped adsorbent)
Reference Signs List 8 Runner material for holding 9 Stopper member 10 Base surface part 12 Ceiling surface part 19 Elastic member 20, 28 Substrate part 26 Upper holding member

Claims (9)

An installation structure of a building partition material that is arranged between a base surface portion and a ceiling surface portion thereabove and separates a boundary, has a self-adsorbing bubble structure, and one surface portion and the other surface portion are disposed on the front and back. Comprising a formed band-shaped sheet-shaped adsorbent,
Along the lower end of the architectural partition, the one surface of the sheet-shaped adsorbent is adhered,
While the upper side of the architectural partitioning material is attached to the ceiling surface portion, the architectural partitioning material is arranged at the installation location of the base surface portion, and the other surface portion of the sheet-shaped adsorbent is adsorbed to the base surface portion. An installation structure for a building partition material, wherein the building partition material is fixed to the foundation surface. An installation structure of a building partition material that is arranged between a base surface portion and a ceiling surface portion thereabove and separates a boundary, has a self-adsorbing bubble structure, and one surface portion and the other surface portion are disposed on the front and back. Comprising a formed band-shaped sheet-shaped adsorbent,
Arranging the sheet-shaped adsorbent along the installation location of the base surface and adsorbing the one surface of the sheet-shaped adsorbent,
While the upper side of the architectural partitioning material is attached to the ceiling surface portion, the architectural partitioning material is arranged at the installation location of the base surface portion, and the lower end of the architectural partitioning material is the other of the sheet-shaped adsorbent. An installation structure for a building partitioning material, wherein the building partitioning material is adhered to a surface of the building, and the building partitioning material is fixed to the foundation surface. An installation structure of a building partition material that is arranged between a base surface portion and a ceiling surface portion thereabove and separates a boundary, has a self-adsorbing bubble structure, and one surface portion and the other surface portion are disposed on the front and back. The formed strip-shaped sheet-shaped adsorbent, and a long holding member having a flat substrate portion that holds the lower end of the building partition material,
Attaching the holding member to which the one surface portion of the sheet-shaped adsorbent is adhered along the back surface portion of the substrate portion, to a lower end portion of the building partition material,
While the upper side of the architectural partitioning material is attached to the ceiling surface portion, the architectural partitioning material is arranged at the installation location of the base surface portion, and the other surface portion of the sheet-shaped adsorbent is adsorbed to the base surface portion. An installation structure for a building partition material, wherein the building partition material is fixed to the foundation surface. An installation structure of a building partition material that is arranged between a base surface portion and a ceiling surface portion thereabove and separates a boundary, has a self-adsorbing bubble structure, and one surface portion and the other surface portion are disposed on the front and back. The formed strip-shaped sheet-shaped adsorbent, and a long holding member having a flat substrate portion that holds the lower end of the building partition material,
The one surface portion of the sheet-shaped adsorbent is adhered along the back surface of the substrate portion of the holding member, and the holding member is disposed along the installation location of the base surface portion, and the other one of the sheet-shaped adsorbents is arranged. Adsorb the surface of
While attaching the upper side of the architectural partition material to the ceiling surface portion, holding the lower end portion of the architectural partition material on the substrate portion of the holding member, fixing the architectural partition material to the base surface portion. Characteristic construction structure of building partition material. The board part is provided with a flat and long upper holding member that holds the upper end part of the building partition material,
The one surface portion of the sheet-shaped adsorbent is adhered along the back surface of the substrate portion of the upper holding member, and the upper holding member is disposed along the installation location of the ceiling surface portion, and the sheet-shaped adsorbent is The other surface portion is adsorbed, an upper end portion of the architectural partition member is held by a substrate portion of the upper holding member, and an upper end portion of the architectural partition member is fixed to the ceiling surface portion. Item 5. An installation structure of a building partition material according to any one of Items 1 to 4.   5. The method according to claim 1, wherein a holding runner material having a flat substrate portion is arranged on the ceiling surface portion, and the holding runner material holds an upper end portion of the building partition material. 6. Installation structure of building partition material.   An elastic member is interposed at a lower portion of the substrate portion of the upper holding member or a lower portion of the substrate portion of the holding runner member, and the upper end portion of the architectural partition member is elastically held by the elastic member. The installation structure of the partition material for construction according to 5 or 6.   The installation structure of a building partition according to any one of claims 1 to 7, wherein the building partition is used as a room partition or a wall.   The installation structure of a building partition material according to any one of claims 1 to 8, wherein a stopper member is attached to the base surface portion and used for positioning when installing the building partition material.

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