JP2003268905A - Building partition wall - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a building partition structure which facilitates the construction for assembly/disassembly, enhances sound insulating performance between adjacent rooms, and offers a good appearance after a change in floor plan. <P>SOLUTION: A building partition wall, different from a conventional building partition wall for partitioning a ceiling and a floor, is equipped with: a plurality of column structures having columns in which lower ends are supported by the floor and in which side surfaces are provided with column grooves along a longitudinal direction, and column heads in which top surfaces abut on the ceiling and in which lower parts are separably coupled to upper ends of the columns; a wall panel guide in which the longitudinal direction is made horizontal, in which both ends are coupled to the column heads, in which an upper side surface abuts on the ceiling, and in which a ceiling groove along the longitudinal direction is provided in a lower side surface; and a wall panel in which a lower side is supported by the floor, in which right and left sides are fitted into the column grooves, and in which an upper side is fitted into the ceiling groove. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

TECHNICAL FIELD The present invention relates to an interior structure of a building. In particular, the present invention relates to a building partition structure characterized by a structure for partitioning a ceiling and a floor of a room or the like where the ceiling and the floor are finished first.

[0002]

2. Description of the Related Art Many large-scale buildings for residences and offices are built. In the past, the rooms in these buildings were partitioned at the same time as the building was constructed, resulting in a uniform floor plan. FIG. 10 is a floor plan showing an example of a conventional floor plan. In recent years, the diversification of requirements for the residential environment,
In addition, with the rapid change in the demands on offices, there is a growing demand for high-quality rooms that can easily change the floor plan. In particular, high performance is required for sound insulation between adjacent rooms. The structure of a partition of a building includes a structure in which a ceiling and a floor are created for each room after the partition wall is created, and a structure in which a partition wall is created after the ceiling and the floor are created. The latter structure is a structure that can easily cope with the above-mentioned frequent changes in the floor plan, but studies have not been made for indoor use of higher quality.

In particular, it is desirable that the propagation of noise between a plurality of rooms partitioned by partition walls is as small as possible. However, in the latter structure, sound easily leaks from the gap between the partition wall and the ceiling or floor, There was no structure that met the high demands in terms of sound insulation. In addition, in the conventional partition structure, when supporting the partition wall from the ceiling or floor, it is necessary to perform finishing work on the ceiling or floor again after changing the layout in order to screw a screw, etc. into the ceiling material or floor material. And the appearance of the finish afterwards was not good.

[0004]

SUMMARY OF THE INVENTION The present invention has been devised in view of the above-mentioned problems, and replaces the conventional structure for partitioning a partition between a floor and a ceiling, and can be assembled and disassembled. It aims to provide a building partition structure that is easy and has high sound insulation performance between adjacent rooms, and that has a good-looking partition layout.

[0005]

In order to achieve the above object, a partition wall of a building according to the present invention for partitioning a ceiling and a floor is a column groove which is a groove whose longitudinal end is supported by the floor and extends in the longitudinal direction. A plurality of pillar structures having a pillar provided on the side surface and a stigma that is a member in which the upper surface abuts the ceiling and the lower portion is separably coupled to the upper end of the pillar, and the longitudinal direction is horizontal and both ends are the stigmas. A wall panel guide that is a long member that is connected to the ceiling and has a ceiling groove that is a groove along the longitudinal direction on the lower surface and a lower side that is supported by the floor on the left or right. And a wall panel in which the right and left sides, which are the sides, are fitted in the pillar groove, and the upper side, which is the upper side, is fitted in the ceiling groove.

According to the above-described structure of the present invention, a plurality of pillar structures have pillars and stigmas, the pillars are supported on the floor at their lower ends, and the pillar grooves, which are grooves along the longitudinal direction, are provided on the side surfaces, and the stigmas are arranged on the upper surface. Abutment against the ceiling, the lower part of which is separably coupled to the upper end of the column, a wall panel guide whose longitudinal direction is horizontal and both ends are coupled to the stigmas, an upper side of which abuts the ceiling, and a lower side of which is formed with a groove along the longitudinal direction. A ceiling groove is provided, the lower side of the wall panel being the lower side is supported by the floor, and the left or right side, which is the left or right side, is fitted to the pillar groove, and the upper side, which is the upper side, is fitted to the ceiling groove. Because it matched
The bottom, left and right sides and the top side of the wall panel can be firmly supported without damaging the lower surface of the ceiling or the upper surface of the floor, allowing easy assembly. In addition, disassembly is easy and the floor plan can be easily changed. Further, the sound insulation at the lower side, the right and left sides, and the upper side of the wall panel is excellent, and the sound insulation performance between the adjacent rooms partitioned by the building partition wall becomes high.

Further, the building partition wall according to the present invention is
A pillar groove is formed by a first pillar groove and a second pillar groove provided at a groove bottom portion of the first pillar groove, and the left and right sides are first left and right sides and end surfaces of the first left and right sides. The first left and right sides are fitted in the first pillar groove, and the second left and right sides are fitted in the second pillar groove. According to the above configuration of the present invention, the first left and right sides of the wall panel are fitted into the first column grooves of the column structure, and the second left and right sides standing upright from the end faces of the first left and right sides of the wall panel are the first. Since it is fitted into the second pillar groove provided at the bottom of the pillar groove, the sound leaking from the left and right sides of the wall panel is It attenuates when it leaks through the gap between the left and right sides and the second pillar groove, and the sound insulation performance between the adjacent rooms partitioned by the building partition wall becomes high.

Furthermore, the building partition wall according to the present invention is
A pair of long plate members attached to the left and right side surfaces of the wall panel guide are provided with peripheral edges, and the upper side is formed of a first upper side and a second upper side standing from an end surface of the first upper side, The first upper side is sandwiched between the pair of peripheral edges and the second upper side is fitted in the ceiling groove. According to the above configuration of the present invention, the first upper side of the wall panel is sandwiched between the pair of peripheral edges, and the second upper side standing up from the end face of the first upper side of the wall panel is fitted in the ceiling groove. , The sound leaking from the upper side of the wall panel is attenuated when it leaks through the gap between the first upper side and the surrounding edge and the gap between the second upper side and the ceiling groove, and the space between the adjacent rooms partitioned by the building partition wall Sound insulation performance is improved.

Furthermore, the building partition wall according to the present invention is
The ceiling groove is formed of an elastic member fitted in the lower surface of the wall panel guide. With the configuration of the present invention described above, since the ceiling groove is formed by the elastic member fitted to the lower surface of the wall panel guide, the sound leaking from the upper side of the wall panel is generated by the gap between the first upper side and the peripheral edge and the second side. When it leaks through the gap between the upper side and the ceiling groove made of an elastic member, it further attenuates, and the sound insulation performance between the adjacent rooms partitioned by the partition walls of the building becomes higher.

Furthermore, the building partition wall according to the present invention is
The pillar has a pillar main body which is an elongated member, a screw rod having an upper portion screwed into a bottom portion of the pillar main body, and a foot member which is a member provided at a lower portion of the screw rod and abutting a lower surface thereof against a floor. . With the configuration of the present invention, when the threaded rod is twisted, the threaded rod is drawn into the bottom portion of the column main body to lower the height of the column, and when the threaded rod is twisted in the opposite direction, the threaded rod protrudes from the bottom portion of the column body to increase the height of the column. Therefore, when the pillar is inserted between the ceiling and the floor and the screw rod is twisted in the opposite direction, the foot member of the pillar hits the floor, and the stigma separably connected to the top of the pillar hits the ceiling. A partition wall composed of a panel guide and a wall panel is firmly fixed to the ceiling and floor.

Furthermore, the building partition wall according to the present invention is
A panel lower member, which is a long member whose longitudinal direction is horizontal and whose lower side surface is in contact with the floor, is provided, and the upper side surface of the panel lower member supports the lower side of the wall panel. According to the configuration of the present invention, the lower panel member, which is a long member, has its lower surface abutted on the floor with the longitudinal direction horizontal, and the upper side surface supports the lower side of the wall panel. Therefore, the height of the lower panel member is adjusted. By doing so, the gap between the wall panel guide and the wall panel can be adjusted, the upper edge and the ceiling groove can be optimized, and the sound insulation performance between the adjacent rooms partitioned by the building partition wall is further improved. .

Further, the building partition wall according to the present invention is
A skirting board, which is a plate material for blinding a gap between the wall panel and the panel lower member, is provided, and the skirting board and the panel lower member are integrated into a wall panel support member. According to the configuration of the present invention, since the skirting board integrated with the panel supporting member covers the gap between the wall panel and the panel lower member, the sound leaking from the lower side of the wall panel is a gap between the lower side and the skirting board. And further attenuates when it leaks through the gap between the lower end face and the panel lower support member,
Sound insulation performance between adjacent rooms partitioned by building partition walls is further enhanced.

[0013]

BEST MODE FOR CARRYING OUT THE INVENTION A preferred embodiment of the present invention will be described below with reference to the drawings. In each figure,
The common parts are denoted by the same reference numerals, and duplicated description will be omitted.

A building partition wall for partitioning a ceiling and a floor according to an embodiment of the present invention will be described. FIG. 1 is a plan view of an embodiment of the present invention. FIG. 2 is a bird's-eye view of the embodiment of the present invention. FIG. 3 is a side sectional view of an embodiment of the present invention. FIG. 4 is a front sectional view of an embodiment of the present invention. FIG. 5 is a partial bird's-eye view of the embodiment of the present invention. FIG. 6 is a plan sectional view of an embodiment of the present invention. Figure 7
It is a variation view of the embodiment of the present invention. Figure 8
It is a plane sectional view of other embodiments of the present invention. FIG. 9 is a plan sectional view of another embodiment of the present invention.

The building partition wall is a wall structure that partitions the ceiling 1 and the floor 2, and includes a pillar structure 100, a wall panel guide 200, a wall panel 300, a peripheral edge 400, and a wall panel support member 500. .

The pillar structure 100 is a structure in which the upper end is in contact with the ceiling 1 and the lower end is in contact with the floor, and is vertically stretched, and has a pillar 110, a stigma 120, and a skirting board (pillar) 130.

The pillar 110 has pillars 116, 1 whose longitudinal direction is vertical and whose lower end is supported by the floor and which is a groove along the longitudinal direction.
17 is provided on the side surface, and the pillar main bodies 111, 1
12, female screw member 113, male screw rod 114, and foot member 11
5 and. The pillar bodies 111 and 112 are long members, and are formed by combining the pillar body A111 and the pillar body B112. The pillar main body A111 and the pillar main body B112 are coupled by a bolt, and along the joint, the pillar groove 116,
117 is provided. The pillar grooves 116 and 117 are formed by the first pillar groove 116 and the second pillar groove 117.
The first pillar groove 116 is a groove provided on the side surfaces of the pillar bodies 111 and 112. In the figure, the first pillar groove 116 having a substantially rectangular cross section is shown. The second pillar groove 117 is
It is a groove provided on the groove bottom of the first pillar groove 116. In the figure, a second pillar groove having a substantially rectangular cross section with a groove width narrower than the groove width of the first pillar groove 116 is shown.

The female screw member 113 is a member fixed to the lower end of the column main body 111 with its axis aligned in the longitudinal direction of the column main body, and is internally threaded. Male screw rod 114
Is a threaded rod screwed into the female threaded member 113 at the bottom of the column body. For example, when the male screw rod is normally rotated, the male screw rod 114 sinks in the female screw member 113, and when it is reversely rotated, it projects from the female screw member 113. The foot member 115 is a member that is provided in the lower portion of the screw rod and has its lower surface abutted on the floor. In the figure, a substantially disc-shaped plate is shown. Foot member 115
Is fixed to the lower end of the male screw rod 114. Therefore, when the male screw rod 114 is normally rotated, the pillar main bodies 111, 1
When the distance L between the upper end of 12 and the lower surface of the foot member 115 becomes small and the male screw rod 114 is rotated in the reverse direction, the pillar bodies 111, 1
The distance L between the upper end of 12 and the lower surface of the foot member 115 increases.

The stigma 120 is a member whose upper surface is in contact with the ceiling 1 and whose lower portion is detachably coupled to the upper end of the pillar 110.
The stigma 120 is a member having a pair of approximately six surfaces, and has an upper surface that is a flat surface and is in contact with the ceiling 1. The bottom surface is the pillar 110
A groove to be fitted is formed at the top of the column, and the upper surfaces of the column main bodies 111 and 112 that are paired with the groove are fitted to each other, and the coupling bolt 122
Are joined by. When the connecting bolt 122 is removed, the stigma 1
The 20 and the pillar bodies 111 and 112 can be easily separated. The stigma 120 is connected to the pillar 110 and the upper surface of the stigma 120 is ceilinged.
When the male screw rod 114 is rotated in the reverse direction with the foot member 115 placed on the floor 2 toward 1, the upper surface of the stigma 120 contacts the ceiling 1, and when the male screw rod 114 is further twisted in the reverse rotation, the pillar structure 100 is formed. It is stretched and fixed between the ceiling 1 and the floor 2. An engagement groove 121 is provided on the upper surface of the stigma 120. A wall panel guide 2 to be described later is provided in the engaging groove 121.
The longitudinal ends of 00 engage. In the figure, the engagement groove 121 provided on one side of the substantially rectangular upper surface is shown. The engagement groove 121 can be provided at a desired angle depending on the mounting angle of the wall panel guide 200 described later.
FIG. 7 shows variations of the mounting angle of the engagement groove.

The skirting board (pillar) 130 is a so-called skirting board, and is a decorative member that hides the gap between the lower ends of the pillar bodies 111 and 112 of the floor 2.

The wall panel guide 200 is a long member, and has its longitudinal direction horizontal and both ends connected to the stigmas 120, and its upper side surface abuts the ceiling 1 and its lower side surface has a ceiling groove which is a groove along the longitudinal direction. It is provided. The wall panel guide 200 is
It has a wall panel guide body 210 and an elastic member 220. The wall panel guide body 210 is provided with a fitting groove 211 along the longitudinal direction on the lower surface. In the figure, the upper side has an inverted trapezoidal shape larger than the lower side, and the lower side has a fitting groove 2 having a substantially rectangular section.
Wall panel guide body 21 having a cross section provided with 11
0 is shown. The elastic member 220 is made of an elastic material, is a long member having a groove (corresponding to the ceiling groove 221) on the lower surface, and fits into the fitting groove 221 of the wall panel guide body 210. In the figure, an elastic member 220 having a substantially U-shaped cross section with an open end at the bottom and having a bulged open end is shown. At both ends of the wall panel guide 200, the stigmas 12
A protrusion 212 that engages with the zero engagement groove 121 is provided.

The wall panel 300 is a flat panel having a substantially quadrangular shape, and usually has a standard width dimension (for example, 300 mm, 4 mm).
Wall panels 300 having a width of 50 mm, 600 mm, or 900 mm are arbitrarily added to form a flat panel having a predetermined width. Lower side 330, which is the lower side of the wall panel 300
Is supported directly or indirectly on the floor 2. In the figure, it is supported via a panel lower member 510 described later. The left and right sides 310, which are the left and right sides of the wall panel 300, fit into the pillar grooves 116 and 117. The left and right sides 310 are formed by the first left and right sides 311 and the second left and right sides 312. The first left and right sides 311 are left or right sides including end faces having the same thickness as the wall panel 300. The second left and right sides 312 are
The first right and left side 31 is raised from the end surface of the first left and right side 311.
It is a side including an end face having a thickness smaller than 1. In the figure, a wall-shaped second right and left side 312 standing along the first left and right side 311 is shown on the end surface of the first left and right side 311. The first left and right sides 311 fit into the first column grooves 116, and the second left and right sides 312 fit into the second column grooves 117. The upper side 320, which is the upper side of the wall panel 300, fits into the ceiling groove. The upper side 320 is the first upper side 321 and the second upper side 32.
It is formed with 2. The first upper side 321 is the wall panel 30.
It is a side including an end face having the same thickness as the thickness of 0. The second upper side 322 is a side that includes an end surface that stands upright from the end surface of the first upper side 321 and that has a smaller thickness than the first upper side 321. In the drawing, a wall-shaped second upper side 322 standing upright along the first upper side 321 is shown on the end face of the first upper side 321.
The first upper side 321 is sandwiched by a pair of peripheral edges 400 described later, and the second upper side 322 is fitted in the ceiling groove 221.

The peripheral edge 400 is a pair of long plate members attached to the left and right side surfaces of the wall panel guide 200. The peripheral edge 400 closes the gap between the first upper side 321 of the wall panel 300 and the wall panel guide 200. Further surrounding edge 4
The lower side surface of 00 sandwiches the first upper side 321 and the upper side surface contacts the side surface of the wall panel guide 200. Edge 400
The upper side surface is inclined at the same inclination angle so as to come into close contact with the inclined side surface of the wall panel guide 200. The cross section of the peripheral edge 400 has a substantially V-shaped cross section, and the central projection portion is inserted into the gap between the first upper side 321 of the wall panel 300 and the wall panel guide 200.

The wall panel support member 500 is a longitudinal member whose longitudinal direction is horizontal and whose lower surface is in contact with the floor 2, and which is formed by integrating the panel lower member 510 and the skirting board 520. In the figure, the portion corresponding to the panel lower member 510 of the pair of wall panel support members 500 is the lower side 3 of the wall panel 300.
Supports 30. The skirting board 520 is a plate material that blinds the gap between the lower side 330 of the wall panel 300 and the panel lower member 510. The gap between the lower side 330 of the wall panel 300 and the panel lower member 510 is closed by the weight of the wall panel 300, and the gap dimension is almost zero. The wall panel support member 500 is an elongated member having an L-shaped cross section in which a panel lower member 510 having a substantially rectangular cross section and a plate-shaped skirting board 520 are integrated. The pair of wall panel support members 500 are tightened by the bolts that pass through, and the skirting board 520 sandwiches the lower side 330 of the wall panel 300.

The method of assembling the building partition wall will be briefly described below. The stigmas 120 are fitted to both ends of the wall panel guide 200. Column main body 111, 112 and female screw member 11
3, the male screw rod 114 and the foot member 115 are assembled to form the pillar 1.
Make 10. The stigma 120 is coupled to the top of the pillar 110. The pillar 100, the stigma 120, and the wall panel guide 200, which are integrated, are erected between the ceiling 1 and the floor 2. Male thread rod 11
4 is reversely rotated to bring the upper surface of the stigma 120 into contact with the ceiling 1, and further the male screw rod 114 is reversely rotated to stretch the pillar structure 100 between the ceiling 1 and the floor 2. At this time, it is preferable to insert an adhesive tape between the upper surface of the wall panel guide 200 and the ceiling 1.

A plurality of wall panels 300 are added to form a wall panel 300 having a predetermined width. The second upper side 322 of the wall panel 300 is fitted into the ceiling groove 221 of the wall panel guide 200, and the left and right sides of the wall panel 300 are provided with the pillar grooves 116 and 117.
To fit. At this time, the pillar body B112 is replaced with the pillar body A11.
Work will be easier if it is removed from 1. Wall panel support member 50
The part corresponding to the panel lower member 510 of 0 is inserted under the lower side 330 of the wall panel 300. At this time, the height dimension of the panel lower member 510 is adjusted to adjust the first upper side 321.
The gap between the panel and the panel guide 200 to a specified value

After the wall panel 300 has settled on the panel lower member 510, the peripheral edge 400 is attached to the upper side 320 of the wall panel 300 to cover the gap between the first upper side 321 and the panel guide 200. After this, a wallpaper is directly applied on the surface of the wall panel, or a floating wall is further installed on the surface of the wall panel. FIG. 8 shows an example in which a floating wall is constructed on one side of a wall panel. FIG. 9 shows an example in which floating walls are constructed on both sides of the wall panel.

When dismantling the building partition wall, the building partition wall can be easily disassembled by the procedure reverse to the above.
In addition, the members constituting the building partition wall after dismantling are not damaged and can be reused. Further, since the ceiling and floor are not damaged, post-treatment such as repair after changing the floor plan is unnecessary.

Next, the soundproof effect of the building partition wall according to the embodiment of the present invention will be described. The sound generated in the room is
The space between the building partition wall and the ceiling, the space between the building partition wall and the floor, and the space between the building partition wall and the building partition wall enter the adjacent room. Sound leaking from the left and right sides of the wall panel travels through the gap between the first left and right sides and the first pillar groove, and the gap between the second left and right sides and the second pillar groove. Further, the sound leaking from the upper side of the wall panel leaks through the gap between the first upper side and the peripheral edge and the gap between the second upper side and the ceiling groove. Further, the sound leaking from the lower side of the wall panel travels through the gap between the lower side and the skirting board, the end face of the lower side, and the gap between the panel lower support members to leak. Since each sound leakage path has a complicated bend, the sound is sufficiently attenuated in the process of sound propagation, the degree of sound leakage between adjacent rooms is extremely small, and a room with high sound insulation performance can be created. it can.

By using the partition wall between the ceiling and the floor of the above-mentioned embodiment, the room can be easily partitioned without damaging the ceiling and the floor. Further, the partition can be easily disassembled and the members of the partition are not damaged, so that the partition can be reused and the layout of the room can be changed at low cost. Propagation of sound from a room to an adjacent room can be suppressed, and a high-quality room with high soundproof performance can be created.
Further, since the ceiling groove is formed of an elastic member, it is easy to assemble the wall panel into the ceiling groove, and the sound leaking through the ceiling groove is further attenuated, so that a high-quality room with high soundproofing performance can be created. it can.

The present invention is not limited to the embodiments described above, and various modifications can be made without departing from the spirit of the invention.

[0032]

As described above, the partition wall between buildings according to the present invention for partitioning between the ceiling and the floor has the following effects due to its structure. Since the pillar structure is provided between the ceiling and the floor, and the side of the wall panel is fitted in the ceiling groove of the wall panel guide and the pillar groove of the pillar structure, the bottom side, right and left sides of the wall panel can be protected without damaging the lower surface of the ceiling or the upper surface of the floor. Also, the upper side can be firmly supported and can be easily assembled. In addition, disassembly is easy and the floor plan can be changed easily. Further, the sound insulation at the lower side, the right and left sides, and the upper side of the wall panel is excellent, and the sound insulation performance between the adjacent rooms partitioned by the building partition wall becomes high. In addition, since the left and right sides of the wall panel are fitted into the column grooves of the two-stage structure, the sound leaking from the left and right sides of the wall panel causes the gap between the first left and right sides and the first column groove and the second left and right sides. When it leaks through the gap of the second pillar groove, it is attenuated and the sound insulation performance between the adjacent rooms partitioned by the building partition wall is enhanced. Further, since the upper side of the wall panel is fitted in the two-step structure of the ceiling groove and the peripheral edge, the sound leaking from the upper side of the wall panel causes the gap between the first upper side and the peripheral edge, the second upper side and the ceiling groove to be separated. It attenuates when it leaks through the gap, and the sound insulation performance between adjacent rooms partitioned by the building partition wall is improved. Further, since the ceiling groove is formed by the elastic member fitted into the lower surface of the wall panel guide, the sound leaking from the upper side of the wall panel is generated by the gap between the first upper side and the peripheral edge, the second upper side and the elastic member. It further attenuates when it leaks through the gap of the created ceiling groove, and the sound insulation performance between the adjacent rooms partitioned by the partition walls of the building is further enhanced. Also,
Since the pillar structure is stretched between the ceiling and the floor with the screw rod,
A building partition wall composed of a pillar structure, a wall panel guide and a wall panel is firmly fixed. Also, since the lower panel structure supports the wall panel, the gap between the wall panel guide and the wall panel can be adjusted by adjusting the height of the lower panel structure, and the gap between the upper side and the ceiling groove can be optimized. ,
Sound insulation performance between adjacent rooms partitioned by building partition walls is further enhanced. Also, since the lower panel structure and the skirting board are integrated, the sound leaking from the lower side of the wall panel is further attenuated when it leaks through the gap between the lower side and the skirting board, the end surface of the lower side and the gap between the panel lower supporting member. However, the sound insulation performance between the adjacent rooms partitioned by the building partition wall is further enhanced. Therefore, it is possible to provide a building partition structure that is easy to assemble and disassemble, has a high sound insulation performance between adjacent rooms, and has a good appearance after changing the floor plan.

[0033]

[Brief description of drawings]

FIG. 1 is a plan view of an embodiment of the present invention.

FIG. 2 is a bird's-eye view of an embodiment of the present invention.

FIG. 3 is a side sectional view of an embodiment of the present invention.

FIG. 4 is a front sectional view of an embodiment of the present invention.

FIG. 5 is a partial bird's-eye view of the embodiment of the present invention.

FIG. 6 is a plan sectional view of an embodiment of the present invention.

FIG. 7 is a variation diagram of the embodiment of the present invention.

FIG. 8 is a plan sectional view of another embodiment of the present invention.

FIG. 9 is a plan sectional view of another embodiment of the present invention.

FIG. 10 is a floor plan showing an example of a conventional floor plan.

[Explanation of symbols]

1 ceiling 2 floors 100 pillar structure 110 pillars 111 pillar body A 112 Pillar body B 113 Female thread member 114 male screw rod 115 foot member 116 First pillar groove 117 Second pillar groove 120 capital 121 engagement groove 122 coupling bolt 200 wall panel guide 210 Wall panel guide body 211 Mating groove 220 elastic member 221 ceiling groove 300 wall panels 310 Left and right sides 311 First left and right sides 312 Second left and right sides 320 upper edge 321 First upper side 322 Second upper side 330 bottom Around 400 500 wall panel support member 510 Lower panel member 520 skirting board

Claims (7)

[Claims] 1. A partition wall for partitioning a space between a ceiling and a floor, the pillar having a lower end supported by the floor and a groove along the longitudinal direction provided on the side surface and the upper surface against the ceiling. A plurality of pillar structures having a stigma that is a member that is in contact with the lower part of the pillar and is separably connected to the upper end of the pillar; and the longitudinal direction is horizontal and both ends are connected to the stigma and the upper side surface abuts the ceiling and the lower side surface is long. A wall panel guide that is a long member provided with a ceiling groove that is a groove along the direction, and the lower side that is the lower side is supported by the floor, and the left and right sides that are the left or right sides are fitted into the pillar grooves. A partition wall for a building, comprising: a wall panel having an upper side, which is an upper side, fitted into the ceiling groove. 2. A pillar groove is formed by a first pillar groove and a second pillar groove provided at a groove bottom portion of the first pillar groove, and the left and right sides are the first left and right sides and the first and second sides. It is formed by the second right and left sides standing up from the end faces of the left and right sides of the first, right and left sides fit into the first post groove, and the second left and right sides fit into the second post groove. The partition wall according to claim 1, wherein the partition wall is a building partition wall. 3. A wall panel guide having peripheral edges which are a pair of long plate members attached to the left and right side surfaces, the upper side being a first upper side and a second upper side standing upright from an end face of the first upper side. The building according to claim 1 or 2, wherein the first upper side is sandwiched between the pair of peripheral edges and the second upper side is fitted in the ceiling groove. Partition wall. 4. The partition wall between buildings according to claim 1, wherein the ceiling groove is formed of an elastic member fitted to the lower surface of the wall panel guide. 5. A pillar main body in which the pillar is an elongated member, a screw rod having an upper portion screwed into a bottom portion of the pillar main body, and a foot member which is a member provided at a lower portion of the screw rod and abutting a lower surface thereof against a floor. The building partition wall according to any one of claims 1 to 4, further comprising: 6. A panel lower member, which is a long member whose longitudinal direction is horizontal and whose lower surface is in contact with the floor, is provided, and the upper surface of the panel lower member supports the lower side of the wall panel. The building partition wall according to any one of claims 1 to 5. 7. A wall panel support member comprising a skirting board which is a plate material for blinding a gap between the wall panel and the panel lower member, and the skirting board and the panel lower member being an integral member. Claim 1 thru | or Claim 6 characterized by the above-mentioned.
Partition wall described in