JP3243231B2 - Renovation method of wall structure and reinforced concrete building - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wall structure for remodeling a reinforced concrete building and a method for remodeling a reinforced concrete building.

[0002]

2. Description of the Related Art Conventionally, when building a middle-rise or high-rise apartment house made of reinforced concrete such as an apartment or a corpus, a crane or the like is used to raise a building material such as a large panel structure that divides a living space, and raises a building material for each floor. It is being built sequentially upward.

[0003] When renovating a residential section of a reinforced concrete building such as a condominium or a corpus that has already been built due to changes in the family structure, living environment, or the number of years of residence, for example, a crane vehicle is used to pull up building materials and use a window or the like. Therefore, large-sized panel structures cannot be used because the building must be brought into the living section to be renovated through the building or the building materials must be brought in using the elevator. In addition, since a work space is required, all building materials cannot be carried in. Therefore, it is necessary to carry in building materials appropriately according to the progress of remodeling. If another resident is already occupying a multi-family house or the like, traffic restrictions may be imposed when carrying in the materials, or the crane vehicle may be damaged due to the relationship with trees or other existing buildings. It is difficult to carry out large-scale transportation using the.

[0004] From this, when renovating a living space of a reinforced concrete building such as an apartment or a corpus, conventionally, a square bar or a plate material is carried in, and the square bar or the plate material is appropriately processed and assembled in the living section to be remodeled, and the floor or the floor is assembled. Ceilings and walls are being constructed.

[0005]

However, the above-mentioned conventional construction method for processing and assembling a square material or a plate material involves a problem that the reconstruction work requiring technology for the reconstruction work is complicated, the reconstruction period is lengthened, and the reconstruction cost is increased. is there.

SUMMARY OF THE INVENTION The present invention has been made in consideration of the above problems, and has as its object to provide a method of remodeling a wall structure and a reinforced concrete building that can be easily remodeled, shorten a rebuilding period, and reduce rebuilding costs.

[0007]

A wall structure according to claim 1 , comprising a floor structure of a reinforced concrete building and the reinforced concrete structure.
Wall structure provided between the cleat building and the ceiling structure
Body, which is divided into upper and lower parts, each of which is formed in a frame shape using a square material , and is attached to at least one surface of the frame-shaped substance and is continuous from one side and partially opened. and a pair of upper and lower wall panel structure having a plate which closes, this
Each of the openings communicating with the pair of upper and lower wall panel structures
Over the upper and lower sides while closing each opening.
And a closing plate for connecting the pair of wall panel structures.

[0008] For a pair of upper and lower wall surfaces divided vertically
Because it was configured to include a panel structure, for example,
Data can be imported and facilitated by
It is easy to build and the rebuilding period is shortened, reducing rebuilding costs.

According to a second aspect of the present invention, there is provided a wall structure.
Wall structure, a pair of upper and lower wall panel structures
Electricity is supplied to the wall panel structure through each communicating opening.
The wires can be routed.

Then, a pair of upper and lower wall panel structures is formed.
Wires are inserted into the wall panel structure through each communicating opening.
It is possible to wire.

[0011] The wall structure according to claim 3 is a concrete reinforcing bar.
The floor structure of the building and the reinforced concrete building
A wall structure provided between a ceiling structure and
A pair of upper and lower wall panel structures divided into
A closing plate for connecting the pair of upper and lower wall panel structures.
One of the pair of upper and lower wall panel structures has a corner.
It is formed in a frame shape using a material, and is composed of one end of the square material
Frame having a lower contact portion, and
And at least one part of this one side
Close the one end side where the lower contact part protrudes,
A plate member forming an opening, wherein the pair of upper and lower wall surfaces is provided.
The other panel structure is formed in a frame shape using square
And is configured by one end of the square bar and abuts on the lower abutting portion.
Frame having an upper abutting portion, and at least
Is attached to one side, and at least a part of this side is closed.
The lower connection wiring on one end side where the upper contact portion protrudes.
Plate that forms the upper connection wiring opening that communicates with the opening
Wherein the closing plate comprises an opening for the lower connection wiring and
Attached over the upper connection wiring opening,
Close the connection wiring opening and upper connection wiring opening
While connecting the pair of upper and lower wall panel structures,
It is.

And a pair of upper and lower wall surfaces divided vertically.
Because it was configured to include a panel structure, for example,
Data can be imported and facilitated by
It is easy to build and the rebuilding period is shortened, reducing rebuilding costs.
Also, through the lower connection wiring opening and the upper connection wiring opening,
Wire inside the wall panel structure
is there.

[0013] The wall structure of claim 4, wherein, in the wall structure of any one claim 1 <br/> to 3, the wall panel structure are those having a sound insulating member.

[0014] Then, due to the provision of a sound insulating member in the wall panel structure, only the construction of the wall panel structure, sound insulation and thermal insulation can be easily obtained.

The wall structure of claim 5, wherein, in the wall structure of claim 1, <br/> 4 any one described, frame-like object is a frame-shaped material of the adjacent wall panel structures It has a concave groove-shaped connecting groove portion with which a connecting member to be connected is engaged.

The frame of the wall panel structure is
In order to provide a concave groove-shaped connecting groove for engaging a connecting member for connecting the frame-shaped object of the adjacent wall panel structure,
Connection of the wall panel structure is easy, and workability is improved.

The renovation process of reinforced concrete buildings 請 Motomeko 6 wherein removes the existing inner wall member of reinforced concrete buildings exposed concrete surface was formed <br/> frame shape by using a square timber frame A floor panel structure including a plate and a plate member closing at least one surface of the frame and the frame is covered with a plurality of floor coverings of the reinforced concrete building,
After the floor panel structure is spread, a plurality of frame-shaped frame members are suspended and supported from the ceiling of the reinforced concrete building by using square members, and square members are provided on the lower surfaces of the frame members. A plurality of ceiling panel structures each including a frame formed in a frame shape and a plate material closing one surface of the frame are mounted over the ceiling of the reinforced concrete building, and the ceiling panel structure is provided. after the installation, up and down
A pair of upper and lower wall surfaces provided with a frame-shaped object which is divided and formed into a frame shape using a square material , and at least one surface of the frame-shaped material is continuous from one side and partially opened and closed. one side of the opening of the frame-like material which is not closed by the plate of the use panel structure are opposed, the respective open mounted over the closure plate to the opening communicating the pair of upper and lower wall panel structure <br/> and communicating <br/> forming the pair of upper and lower wall panel structure while closing the mouth, multiple wall surface for the panel structure forming the upper and lower pair
Consolidated to is to partition covers the walls of reinforced concrete structures.

Then, the existing inner wall member is removed, and the floor panel is removed.
Cover the floor of a reinforced concrete building with exposed
And then the ceiling of a reinforced concrete building
The ceiling panel structure on the frame supported by
And a pair of upper and lower wall panels divided vertically
Open the closing plate with the open side of the frame of the structure facing
Attached over the mouth and connected to the reinforced concrete building
For mounting on a wall and partitioning, for example,
The floor panel structure must be in a size that can be carried into the elevator.
Structures, frames, ceiling panel structures and wall panels
The structure can be formed in advance and can be easily carried in.
In each case, construction at the site is performed by panel structures for each floor, frame,
Appropriate connection between well panel structure and wall panel structure
Construction can be done easily and the renovation period can be shortened.
Improved workability and floor panel structure of the same shape
Body, frame, ceiling panel structure and wall panel structure
By forming the structures in the same shape for each floor,
Panel structure, frame, ceiling panel structure and wall
It is easy to form the panel structure for use, and the cost is reduced.

According to a seventh aspect of the present invention, there is provided the method for remodeling a reinforced concrete building according to the sixth aspect, wherein the exposed reinforced concrete surface is covered with a heat insulating material before the floor panel structure is constructed. Things.

Since the exposed reinforced concrete surface is covered with a heat insulating material before the floor panel structure is constructed, the thermal insulation work is facilitated.

The renovation process of reinforced concrete buildings 請 Motomeko 8 wherein, in the renovation process according to claim 6 or 7 reinforced concrete buildings according, floor panel structure, the ceiling panel structure and the wall panel structure For each frame,
The adjacent panel structure for floor, panel structure for ceiling, and panel structure for wall surface are provided with concave groove-shaped connecting grooves located on the side surfaces in contact with the panel structure, and a connecting member is engaged with the opposing connecting grooves. It connects adjacent floor panel structures, ceiling panel structures, and wall panel structures.

Each of the floor panel structures, the ceiling panel structure and the wall panel structure is engaged with a connecting member in a concave groove connecting groove portion provided on an adjacent side surface of each frame-shaped object. Panel structures, ceiling panel structures, and wall panel structures are easily connected to each other, making it easy to connect the floor panel structures, ceiling panel structures, and wall panel structures at the site. Is improved.

[0023]

An embodiment of the present invention will be described below with reference to the drawings.

2 and 3, reference numeral 1 denotes a reinforced concrete building which is an apartment house such as a condominium or a corpus, and the reinforced concrete building 1 is a reinforced concrete structure 3 which divides a living space 2 for each house. A floor structure 5 that covers the floor surface 4 of the structure 3 of the reinforced concrete building 1 in the living space 2 formed by appropriately providing water and sewage, electricity, gas, and ventilation pipes (not shown) A ceiling structure 7 covering the ceiling surface 6 of the ceiling of the structure 3, and a wall structure 10 covering the wall surface 8 of the structure 3 and dividing each room 9 are provided.

The living space 2 reconstructed is
As shown in FIGS. 17, 20, and 21, a heat insulating material 11 is provided on substantially the entire inner surface of the structure 3 of the reinforced concrete building 1, and a heat insulating layer 12 is formed. This insulation material 11
For example, using a plate-shaped material such as urethane foam, the floor surface and ceiling surface 6
And is attached to each inner surface of the wall 8. In addition,
For example, a portion where the urethane foam is difficult to be applied, such as a corner portion, is processed by applying or spraying urethane foam to form the heat insulating layer 12.

As shown in FIGS. 4 and 5, the floor structure 5 includes a plurality of floor panel structures 15 that are building materials for a reinforced concrete building spread over the floor surface 4 of the structure 3. It is configured. These floor panel structures 15
As shown in FIGS. 6 to 9, there are three types, a standard panel 16, a modified panel 17, and an adjustment panel 18.

First, the standard panel 16 of the floor panel structure 15
As shown in FIG. 6 and FIG.
A square frame 21 having a thickness of about 18 mm and a thickness of about 18 mm is used. Also, this floor frame
A plywood 23, which is a plate having a square of about 900 mm on a side and a thickness of about 12 mm, is nailed to one surface of the 22, and is attached so as to close one surface of the floor frame 22. Further, a sound insulating member having a thickness of about 20 mm and formed in a honeycomb structure with, for example, corrugated cardboard is provided between the square members 21 of the floor frame 22.
24 is attached with a woodworking adhesive. On the surface opposite to the side on which the plywood 23, which is the surface of the sound insulating member 24, is attached, for example, a sound insulating sheet 25 such as a sheet-like rubber having a thickness of about 3 mm is attached with an adhesive for woodwork. Installed. Further, the other side of the floor frame 22 opposite to the side to which the plywood 23 is attached has, for example, about 9
A holding plywood 26, which is a sheet material of a square of 00 mm and a thickness of about 4 mm, is attached by nails, and the standard panel 16 is formed into a square panel having a side of about 900 mm and a thickness of about 39 mm. .

The peripheral surface of the floor frame 22 of the standard panel 16 has, for example, a width of about 6 mm and a depth of about 10 mm.
Is provided with a connecting groove 27 in the form of a concave groove. This connection groove
As soon as a connecting member such as a piece of wood or a plywood cut into a piece having a width of about 18 mm and a thickness of about 5.5 mm is engaged with 27, the adjacent standard panel 16 and odd-shaped panel 17 are connected together. You.

Furthermore, the standard panel 16, floor frame-like object 22 is located at a position near four corners not located, hole 30 bored through a round hole shape For example is provided. The through-holes 30 are provided in the structures 3 of the reinforced concrete building 1.
Support legs 31 are provided to lift and support the floor 4 from above via a predetermined dimension. These support legs 31
A substantially cylindrical body portion having a through portion 32 penetrating through the through hole 30 at one end, a mounting portion 33 protruding in a flange shape at the other end rotatably, and an external thread (not shown) provided on an outer peripheral surface. And a flange portion 35 which is attached to an intermediate portion of the body portion 34 by screwing and is movable in the axial direction of the body portion 34 by rotating relative to the body portion 34. An engaging portion (not shown) with which a tool such as a Phillips screwdriver or a hexagon wrench is engaged is provided on an end surface of the through portion 32 of the support leg 31.

The deformed panel 17 is cut on site at a position where the standard panel 16 cannot be arranged due to the shape of the structure 3 of the reinforced concrete building 1 so that the standard panel 16 cannot be arranged. And, like the standard panel 16,
It is formed in a laminated structure in which a sound insulating member 24 is provided between a plywood 23 provided on one surface of a floor frame 22 having a connecting groove 27 and a sound insulating sheet 25 and a holding plywood 26 provided on the other surface, and It is formed in a position corresponding to the structure 3 at a position where the standard panel 16 cannot be arranged due to the shape of the structure 3 of the object 1. The odd-shaped panel 17 may be formed in a factory or the like in advance.

Further, the adjusting panel 18 is formed in such a shape that the standard panel 16 and the modified panel 17 are laid out to adjust dimensional errors and the like, and is formed on one surface of the plywood 23 similar to the standard panel 16 and the modified panel 17 along the longitudinal direction. A timber 21 is attached to the plywood with nails substantially parallel to and along the longitudinal edge of the plywood. In addition, square panel 21 has standard panel 16 and irregular panel 17
There is provided a stepped engagement step portion 37 which is engaged so as to be placed on the fruit 28 which is attached to the nut 28.

Then, the support legs 31 are attached to the standard panel 16 or the modified panel 17, and about three standard panels 16 are placed on the floor 4 of the structure 3 of the reinforced concrete building 1. It is temporarily placed in accordance with the attached level (not shown), the position of the flange 35 of the support leg 31 is changed with a tool, and the height of the standard panel 16 and the modified panel 17 is adjusted with a level. In this manner, the standard panel 16 and the modified panel 17 are spread together while being connected to each other with a nut 28, and as shown in FIGS. 4 and 5, the final panel 16 and the modified panel 17 are laid out in the direction of being spread. Between the standard panel 16 and the modified panel 17 on the side, the adjustment step 18 is positioned so as to sandwich the adjustment panel 18, and as soon as the standard panel 16 and the modified panel 17 are attached, the engaging step 37 of the adjustment panel 18 is A floor structure 5 that covers the floor 4 of the structure 3 in one plane is formed by engaging so as to be placed and closing the gap.

Below the floor between the floor structure 5 and the floor 4 of the structure 3 of the reinforced concrete building 1, pipes for water supply and sewage and gas (not shown) are provided.

On the other hand, the ceiling structure 7 is shown in FIGS.
As shown in FIG. 1, a base panel 41 as a frame-like body shown in FIG. 12 and FIG. 13 and a ceiling panel structure 42 shown in FIG. 14 and FIG.

The base panel 41 is made of, for example, a square bar 43 having a width of about 40 mm and a thickness of about 30 mm.
The shaft is formed in a lattice frame shape having a vertical dimension of 1800 mm and a horizontal dimension of 900 mm. Note that the base panel 41 is
Are formed in a grid pattern at intervals of 455 mm at the center position of.

The ceiling panel structure 42 uses, for example, a square bar 44 having a width of about 40 mm and a thickness of about 24 mm, and has a length of about 1800 mm and a width of about 445 mm.
The ceiling frame 45 is a frame formed by forming a frame in the shape of a frame. On one surface of the ceiling frame 45, for example, a fire-resistant board 46 such as a plaster board, which is a plate having a vertical dimension of about 1800 mm, a horizontal dimension of about 445 mm, and a thickness dimension of about 9.5 mm, is nailed. The ceiling frame 45 is attached with one surface closed. On the surface of the fire-resistant board 46 on the side attached to the ceiling frame 45, a sound insulation sheet 25 similar to the floor panel structure 15 located between the square members 44, 44 is provided by an adhesive for woodwork or the like. Installed. In addition,
On the sound sheet 25 , for example, a sound insulation member 24 having a thickness of about 15 mm formed of a honeycomb structure made of corrugated cardboard is attached with a woodworking adhesive, and the ceiling panel structure 42 has a vertical dimension of about 1800 mm. It is formed in a panel shape having a lateral dimension of about 445 mm and a thickness dimension of about 29 mm.

On the peripheral surface of the ceiling frame 45, a concave groove-shaped connecting groove 47 having, for example, a width of about 4 mm and a depth of about 10 mm is provided. As soon as a connecting member such as a piece of wood or plywood cut to a width of about 18 mm and a thickness of about 4 mm is engaged with the connecting groove 47, the adjacent ceiling panel structure 42 is connected. You.

Then, an unillustrated male thread portion of the feather plate bolt 49 is screwed and supported by an anchor having an unillustrated female screw which is appropriately embedded in the ceiling surface 6 of the structure 3 of the reinforced concrete building 1 in advance. Haneita bolt
For example, the width is about 30 mm and the thickness is about 40 m in 49
One end of a suspension tree 50, which is a timber having a length of about 200 mm and a length of about 200 mm, is nailed or bolted at one end along a substantially vertical direction. The base panel 41 is nailed to this suspended and supported suspension tree 50 in accordance with a level (not shown) provided in advance so that the plane direction is substantially horizontal, and the base panel 41 is supported by hanging. . Further, a plurality of ceiling panel structures 42 are nailed to the ceiling panel structure 42 on the lower surface side of the base panel 41 with the fireproof board 46 facing downward, and connected in one plane with a nut 48 to sequentially nail. Panel structure 42
Thus, a ceiling structure 7 that covers the ceiling surface 6 of the structure 3 is configured. In a position where the base panel 41 and the ceiling panel structure 42 cannot be provided, the base panel 41 and the ceiling panel structure 42 are appropriately cut on site at a shape corresponding to the structure 3.

The back of the ceiling between the ceiling structure 7 and the ceiling surface 6 of the structure 3 of the reinforced concrete building 1 is provided with electric wiring (not shown), and as shown in FIG. An exhaust device 53 having a fan or the like for exhausting the back air through a ventilation pipe 52 provided in the structure 3 in advance is provided.

On the other hand, the wall structure 10 is shown in FIGS.
As shown in FIG. 1, the outer wall structure 61 is provided so as to cover the wall surface 8 of the structure 3 of the reinforced concrete building 1, and the partition structure 62 that partitions each room 9.

The outer wall structure 61 is a lower outer wall panel 63 as a wall panel structure which is the panel structure shown in FIGS. 22 to 24, and a wall panel structure shown in FIGS. 25 to 27. The upper outer wall panel 64 is provided.

The lower outer wall panel 63 is formed of a frame member having a length of about 1200 mm and a width of about 445 mm using, for example, a square member 65 having a width of about 40 mm and a thickness of about 24 mm. A lower outer wall frame 66 is provided. In addition, the lower outer wall frame 66 is a long rectangular material.
One end of 65 is on one end side in the longitudinal direction, and the longitudinal direction is a square bar in the width direction
The portion protrudes by about 150 mm from the center of 65, and the protruding portions serve as lower contact portions 67, 67.

On one surface of the lower outer frame 66, a fire-resistant board 68 such as a gypsum board having a length of about 1040 mm, a width of about 445 mm and a thickness of about 9.5 mm is nailed. The lower outer wall frame 66 is attached so as to close a part of one surface thereof. That is, the lower outer frame
The lower end of the lower contact portion 66, 67 does not project from the other end about 70 mm from the other end side to the widthwise square member 65 on the side where the lower contact portion 67, 67 projects from the one end side is closed. The lower connecting wiring opening 70 is opened at one end where the contact portions 67 and 67 protrude, and the ventilation opening 71 having a width of about 70 mm at the other end is formed.

Further, a rectangular member in the longitudinal direction of the lower outer wall frame 66 is provided.
A lower connecting groove 72 which is a concave groove-shaped connecting groove having a width dimension of about 4 mm and a depth dimension of about 10 mm is provided on the side surface of 65.

On the other hand, the upper outer wall panel 64 has a width of about 40 mm and a thickness of about 24 mm, for example, like the lower outer wall panel 63.
The upper outer wall frame 75 is a frame formed by using a square member 65 mm and having a vertical dimension of about 1200 mm and a horizontal dimension of about 445 mm. In addition, this upper outer frame
75, one end of the elongated rectangular bar 65 projects to the one end side in the longitudinal direction from the center of the rectangular bar 65 in the longitudinal direction in the width direction by about 150 mm,
The protruding portions serve as upper contact portions 76. Further, on the side opposite to the side from which the upper contact portions 76, 76 of the upper outer frame 75 protrude, there is no rectangular member 65 whose longitudinal direction is the width direction, and an opening 77 for ventilation wiring is formed. ing.

On one surface of the upper outer wall frame 75, for example, similarly to the lower outer wall panel 63, a gypsum board which is a plate material of about 1040 mm in length, about 445 mm in width, and about 9.5 mm in thickness is provided. A fire-resistant board 68 is nailed, and is attached so as to close a part of one surface of the upper outer frame 75.
That is, the widthwise square member on the side where the upper contact portions 76 and 76 project from the other end where the upper contact portions 76 and 76 do not project from the upper outer wall frame 75.
65 is closed, and an upper connection wiring opening 78 is formed at one end where the upper contact portions 76 and 76 project.

Further, the rectangular material in the longitudinal direction of the upper outer frame 75 is used.
On the side surface of 65, for example, an upper connecting groove portion 79 which is a concave groove-shaped connecting groove portion having a width of about 4 mm and a depth of about 10 mm is provided.

Then, the upper outer wall panel 64 and the lower outer wall panel 63
As shown in FIGS. 16 to 21, a heat insulating material previously attached to the structure 3 of the reinforced concrete building 1.
For example, a packing 81 having air permeability is attached to the packing 81 in a substantially horizontal direction in the longitudinal direction, and the packing 81 is attached to the packing 81 with screws, for example, the width is about 90 mm and the thickness is about 1 mm.
Upper contact portions 76, 76 are attached to the rim 82, which is a 5 mm long plate.
And the end faces of the lower contact portions 67, 67 are brought into contact with each other and nailed.
Further, the upper connecting groove 79 and the lower connecting groove 72
The upper outer wall panel 64 and the lower outer wall panel adjacent to each other are engaged with a connecting member such as a piece of wood or plywood having a width of about 4 mm and a thickness of about 18 mm.
The upper connecting wall opening 64 and the lower connecting wiring opening 70 which connect the upper outer wall panel 64 and the lower outer wall panel 63 are connected to each other. The closed plywood 85 is nailed to each of the upper outer wall frame 75 and the lower outer wall frame 66 and closed in series to form a one-plane outer wall structure 61.

For example, depending on the shape of the structure 3 of the reinforced concrete building 1, for example, at the beam 3a and the column 3b,
As shown in FIG. 19 to FIG.
And the upper outer wall panel 64 is cut, and the beams 3a of these structures 3 are cut.
The lower outer wall panel 63 and the upper outer wall panel 64 cut corresponding to the pillar 3b are attached so as to wrap the beam 3a and the pillar 3b of the structure 3. At the exposed end located at the corners of the lower outer wall panel 63 and the upper outer wall panel 64 attached so as to wrap the beams 3a and the columns 3b of the structure 3, for example, a protruding corner spacer 86 formed by appropriately cutting a plate material is nailed. It is attached and protected by a stopper.

The closing plate for closing the opening 70 for the lower connecting wiring and the opening 78 for the upper connecting wiring is not limited to the closed plywood 85 but may be a fireproof board or the like. Is preferred.

At the end of the outer wall structure 61 which is in contact with the ceiling structure 7, an outer wall surrounding edge member 91 is provided along the edges of the outer wall structure 61 and the ceiling structure 7. As shown in FIG. 28, the outer wall surrounding edge member 91 has a width dimension of 43, for example.
An elongated square bar having a thickness of about 35 mm and a thickness of about 35 mm is processed, and an intermediate portion 92 having a thickness of about 20 mm and a width of about 34 mm.
And a peripheral edge having a width of about 35 mm and a thickness of about 10 mm integrally provided at one end of the interposed portion 92 in the width direction.
93 are formed in a substantially L-shaped cross section. Further, a chamfer 94 is provided at one protruding edge of the surrounding edge portion 93.

The outer wall surrounding edge member 91 is provided at the interposed portion.
92 is positioned between the outer wall structure 61 and the ceiling structure 7 so as to be sandwiched between the outer wall structure 61 and the ceiling structure 7. The gap between 61 and the ceiling structure 7 is adjusted, and the surrounding edge 93 covers the gap.

Further, at the lower part of the lower outer wall panel 63 which is the lower part of the outer wall structure 61, there is provided a ventilation baseboard 95 which is a baseboard for closing the ventilation opening 71. This ventilation baseboard 95
As shown in FIG. 29, a pair of elongated base plates 96 and 97 are provided. The lower baseboard 96 is formed, for example, by processing an elongated plate material having a width dimension of about 40 mm and a thickness dimension of about 15 mm, and has a width dimension of about 10 mm and a depth dimension at one edge in the width direction along the longitudinal direction. Is about 10 mm lower step 98
Are provided along the longitudinal direction. Also, the upper baseboard 97
Is, for example, a width of about 45 mm and a thickness of about 15 mm
An elongated plate material is processed, and an upper step portion 99 having a width dimension of about 10 mm and a depth dimension of about 10 mm is provided along the longitudinal direction at one edge in the width direction along the longitudinal direction, and at the other edge in the width direction. Is provided with an engagement step portion 100 with which the fireproof board 68 of the lower outer wall panel 63 is engaged.

Then, the lower skirting board 96 is in contact with the floor structure 5 to close the lower side of the ventilation opening 71 and is nailed to the lower outer wall frame 66 of the lower outer wall panel 63, and the upper skirting board 97 is closed. The upper side of the ventilation opening 71 is closed and nailed to the lower outer wall frame 66 of the lower outer wall panel 63, between the lower step 98 of the lower base 96 and the upper step 99 of the upper base 97. A ventilation path 101 is provided in the outer wall structure 61 by providing a ventilation path 101 in a slit shape.

The upper outer wall panels 64, 64, which are the gaps between the outer wall structures 61, between the square members 65, 65 of the upper outer wall frame members 75, 75 and the lower outer wall frame members 66, 63 of the lower outer wall panels 63, 63. 66 square lumber 65,
The space 65 communicates with the underfloor, which is between the floor structure 5 and the floor 4 of the structure 3 of the reinforced concrete building 1, and also communicates with the underside of the ceiling.
It is designed to be exhausted at. Also, in room 9,
The exhaust device 53 communicates with the gap of the outer wall structure 61 through the ventilation passage 101 of the ventilation baseboard 95, and exhausts the humid air that tends to accumulate in the room 9 particularly near the floor.

In each of the upper outer wall panel 64 and the lower outer wall panel 63, an electric wiring which is appropriately wired from the ceiling structure is provided.

On the other hand, the partition structure 62 includes a lower partition panel 105 which is a wall panel structure shown in FIGS. 33 to 35, and an upper partition panel 106 which is a wall panel structure shown in FIGS. 36 to 38. It consists of.

The lower partition panel 105 is made of, for example, a square bar 107 having a width of about 40 mm and a thickness of about 45 mm.
Is used, the vertical dimension is about 1200 mm and the horizontal dimension is about 445.
The lower partition frame 108 is a frame formed by forming a frame in a mm frame. The lower partition frame 10
8, one end of the elongated bar 107 protrudes from the center of the bar 107 in the longitudinal direction to the one end side in the longitudinal direction from the center of the bar 107 in the longitudinal direction, and the protruding portion becomes the lower contact portion 109.

On both sides of the lower partition frame 108,
For example, the vertical dimension is about 1050mm and the horizontal dimension is about 445m
A refractory board 110 such as a gypsum board, which is a plate material having a thickness of about 9.5 mm and a thickness of about 9.5 mm, is nailed, and is attached by closing a part of both surfaces of the lower partition frame 108. That is, the lower partition frame-like member 108 is closed from the other end where the lower contact portion 109 does not project to the center of the elongated rectangular bar 107 in the width direction on the side where the lower contact portion 109 protrudes on one end side. An opening 111 for the lower connection wiring is formed at one end side where the contact portion 109 protrudes.

Further, a lower connecting groove 112 which is, for example, a concave groove-shaped connecting groove having a width of about 9 mm and a depth of about 10 mm is provided on a side surface of the rectangular member 107 in the longitudinal direction of the lower partition frame 108. Have been.

On the other hand, the upper partition panel 106 is made of, for example, a rectangular bar 107 having a width of about 40 mm and a thickness of about 45 mm similar to that of the lower partition frame 108, and a vertical dimension of about 12 mm.
It has an upper partition frame 115, which is a frame formed in a frame shape of 00 mm and having a lateral dimension of about 445 mm. The upper partitioning frame 115 has one end of the long rectangular bar 107 on one end side in the longitudinal direction and the long rectangular bar 107 in the width direction.
Projecting from the center of about 150 mm, and this protruding portion becomes the upper contact portion 116. Further, on the opposite side of the upper partition frame 115 from which the upper contact portion 116 protrudes, there is no square member 107 whose longitudinal direction is the width direction.
An opening 117 is formed.

Further, on both sides of the upper partition frame 115,
For example, the same vertical dimension as the lower partition frame 108 is about 105
0mm, width about 445mm, thickness about 9.5m
m, a fire-resistant board such as a gypsum board 110, 110
The upper partition frame 115 is attached by closing a part of both sides thereof. That is, the upper partition frame 115 is closed from the other end where the upper contact portion 116 does not project to the widthwise bar 107 on the side where the upper contact portion 116 projects, and is connected to the one end where the upper contact portion 116 projects. Wiring opening
An opening 118 is formed.

Further, on the side surface of the rectangular bar 107 in the longitudinal direction of the upper partition frame 115, there is provided an upper connecting groove 119 which is a concave groove-like connecting groove having a width dimension of about 9 mm and a depth dimension of about 10 mm, for example. Have been.

Then, the lower partition panel 105 and the upper partition panel 106 are connected to the lower abutment portion 10 in accordance with a black ink (not shown) provided in advance on the floor structure 5 and the outer wall structure 61.
9 and the upper contact portion 116 are abutted to the floor structure 5 and the outer wall structure 61 by nailing. Further, a connecting member 120 such as a piece of wood or plywood cut to a width of about 9 mm and a thickness of about 18 mm is engaged with the upper connecting groove 119 and the lower connecting groove 112 which communicate with each other. The adjacent upper partition panel 106 and lower partition panel 105 are connected to each other, and the upper connecting wiring opening 118 and the lower connecting wiring opening 111 that are open to communicate with the upper partition panel 106 and the lower partition panel 105 have, for example, a thickness dimension. A closed refractory board 122, which is a closed plate such as a plaster board, which is a plate material of about 9.5 mm, is connected to each upper partition frame 115.
Then, the lower partition frame 108 is nailed and closed in series to form a one-plane partition structure 62.

The partition structure 62 and the ceiling structure 7 are provided at the end of the partition structure 62 which is in contact with the ceiling structure 7.
A partition surrounding edge member 125 is provided along the edge of the partition. As shown in FIG. 39, the partition surrounding edge member 125 is formed by, for example, processing an elongated rectangular piece having a width of 85 mm and a thickness of 35 mm, and an intermediate portion 126 having a thickness of about 20 mm and a width of about 65 mm. A peripheral edge 127 having a width of about 35 mm and a thickness of about 10 mm integrally provided on both sides in the longitudinal direction, which are both ends in the width direction, of the interposed portion 126.
127 are formed in a substantially U-shaped cross section. Also,
The protruding outer edge of each surrounding edge 127, 127 has a chamfer 12
8 are provided.

The partition surrounding edge member 125 is located such that the interposed portion 126 is sandwiched between the partition structure 62 and the ceiling structure 7, and is located on the surface of the partition structure 62 located on the room 9 side. The surrounding edges 127, 127 are provided so as to abut against each other to cover the end of the partition structure 62, and adjust the gap between the partition structure 62 and the ceiling structure 7, so that the surrounding edges 127, 127 cover the gap. .

In each of the upper partition panel 106 and the lower partition panel 105, an electric wiring (not shown) which is appropriately wired from the ceiling structure 7 is provided.

Next, the remodeling operation of the above embodiment will be described with reference to the flowchart shown in FIG.

First, when renovating a reinforced concrete building 1 such as an apartment house, all existing walls, ceilings and floors are removed. When the heat insulating material 11 is attached to the floor surface 4, the wall surface 8, and the ceiling surface 6, which are the inner surfaces of the structure 3, these are also removed. As shown in the flowchart of FIG. 1, a heat insulating material 11 formed in a plate shape such as urethane foam is attached to each of the inner surfaces of the exposed structure 3 such as the floor surface 4, the wall surface 8 and the ceiling surface 6. A layer 12 is coated (step 1). Note that, for example, a portion where the urethane foam is difficult to be applied, such as a corner portion, is subjected to processing such as applying or spraying urethane foam.

Thereafter, pipes for water supply, sewage, electricity, and gas are appropriately provided (step 2).

Next, a plurality of floor panel structures 15, 15
As shown in FIGS. 4 and 5, the floor 3 of the structure 3 is covered and spread to form a floor structure 5 (step 3). That is, the support legs 31 are attached to the standard panel 16 and the standard panel
About three sheets 16 are placed on the floor surface 4 of the structure 3 of the reinforced concrete building 1 and temporarily placed in accordance with a level (not shown) provided in advance on the structure 3. And
The position of the flange 35 of the support leg 31 is changed with a tool, and the height of the standard panel 16 is adjusted with a level or the like.
Is adjusted so as to be located a predetermined distance above the floor surface 4.

The standard panels 16 arranged in this way are connected to each other by the nuts 28 while adjusting the height of the support legs 31 as appropriate, and the standard panels 16 are sequentially spread. In addition, the standard panel 16 depends on the shape of the structure 3 of the reinforced concrete building 1.
In locations where can not be installed, the standard panel 16 is
In accordance with the shape of the standard panel 16, a deformed panel 17 is formed by cutting at the site, and the height of the support legs 31 is adjusted as needed while being connected with the real panel 28 as in the case of the standard panel 16, and the blocks are sequentially spread.

As shown in FIGS. 4 and 5, an adjustment panel 18 is provided between the standard panel 16 and the modified panel 17 to be laid last and the standard panel 16 and the modified panel 17 on the ejection side in the laying direction. As soon as it is positioned so as to be sandwiched, the engaging step portion 37 of the adjustment panel 18 is engaged with the nut 28 attached to the standard panel 16 and the modified panel 17 so as to be placed, and the gap is closed, and A floor structure 5 that covers the floor 4 of the structure 3 is configured. After that, the ground ink indicating the position for providing the partition structure 62 and the like is placed on the floor structure 5.
Ink on.

Next, after forming the floor structure 5 in Step 3 as shown in FIG. 1, the ceiling structure 7 is formed as shown in FIGS. 10 and 11 (Step 4 and Step 6). That is, first, the male screw (not shown) of the feather board bolt 49 is screwed and supported by an anchor having a female screw (not shown) which is appropriately embedded in the ceiling surface 6 of the structure 3 of the reinforced concrete building 1 in advance. Then, a suspension tree 50 having, for example, a width of about 30 mm, a thickness of about 40 mm, and a length of about 200 mm is nailed or bolted to one end of the blade bolt 49 along the longitudinal direction substantially in the vertical direction. . The suspended panel 50 supported by the suspended
Is nailed in accordance with a level that has been previously blackened so that the plane direction is substantially horizontal.
Is suspended and supported (step 4).

After the installation of the base panel 41 in step 4, electric wiring work is performed (step 5), and the exhaust device 53 is provided.

Then, the ceiling panel structure 42 is nailed to the lower surface side of the base panel 41 with the fireproof board 46 facing downward,
A ceiling structure 7 that covers the ceiling surface 6 of the structure 3 is composed of a plurality of ceiling panel structures 42 that are connected in one plane and nailed in sequence at step 48 (step 6). Further, when the ceiling panel structure 42 is attached, an electric wiring work for leading out the wired electric wires downward from the lower surface of the ceiling panel structure 42 is performed (step 5).

Next, after the ceiling structure 7 is formed as shown in FIG. 1, the wall structure is formed as shown in FIGS.
Form 10 (steps 7 and 8). That is,
First, a gas permeable packing 81 is attached to the heat insulating material 11 attached to the structure 3 of the reinforced concrete building 1 so that its longitudinal direction is substantially horizontal and is attached with an adhesive and screwed. Furthermore, for example, the packing 81 has a width of about 90 mm and a thickness of about 15 m.
The body edge 82 which is a long plate material of m is screwed.

Then, the lower contact portion 67 of the lower outer wall panel 63 is positioned so as to protrude upward in accordance with the ground ink provided in advance, and the end on the side where the ventilation opening 71 is located has a floor structure. The lower outer frame 66 is nailed to the rim 82 by abutting the upper surface of the body 5. Further, the outer wall surrounding edge member 91 is attached to the end opposite to the side where the upper contact portion 76 of the upper outer wall panel 64 projects, and the tip of the upper contact portion 76 is attached to the tip of the lower contact portion 67 of the lower outer wall panel 63. The upper outer wall frame 75 is nailed to the rim 82, and the outer wall surrounding edge member 91 is attached to the lower surface of the ceiling structure 7 without gaps. After that, the upper outer wall panel 64 and the lower outer wall panel 63 are nailed while engaging the nuts 83 over the communicating upper connecting groove portion 79 and lower connecting groove portion 72 to sequentially connect the adjacent upper outer wall panel 64 and lower outer wall panel 63. Attach.

When the lower outer wall panel 63 and the upper outer wall panel 64 are attached, electrical wiring work is performed as shown in FIG. 1 (step 5). This electric wiring is formed by the opening 77 for the ventilation wiring of the upper outer wall panel 64 and the opening for the lower connecting wiring of the lower outer wall panel 63.
Electric wires are wired into the upper outer wall panel 64 and the lower outer wall panel 63 via the upper connecting wall opening 78 and the upper outer wall panel 64.

Then, the lower contact portion 67 and the upper contact portion 76 are located on the communicating lower connecting wiring opening 70 and upper connecting wiring opening 78, for example, and have a thickness of about 9.5 m.
The closed plywood 85 as a closed plate, which is a plate material of m, is cut, and the cut closed plywood 85 is nailed to each of the upper outer wall frame 75 and the lower outer wall frame 66 and closed in series.

Further, the ventilation opening 71 of the lower outer wall panel 63 is provided.
On the lower side, the lower skirting board 96 is brought into contact with the floor structure 5 and nailed to the lower outer wall frame 66 of the lower outer wall panel 63 to close the lower side of the ventilation opening 71. Further, on the upper side of the ventilation opening 71, the upper baseboard 97 is engaged with the fireproof board 68 of the lower outer wall panel 63 with the engagement stepped portion 100, so that the lower outer wall frame 66 is engaged with the lower outer wall panel 63.
The lower side of the ventilation board 96 is closed with a nail
A ventilation path 101 is provided in a slit shape between the lower step 98 and the upper step 99 of the upper skirting board 97, and a ventilation skirt 95 is provided in the outer wall structure 61, and the one-plane outer wall structure 61 is formed. Constitute. After that, a black color indicating a position for providing the partition structure 62 on the outer wall structure 61 is applied.

For example, depending on the shape of the structure 3 of the reinforced concrete building 1, for example, portions of the beams 3a and the columns 3b cut the lower outer wall panel 63 and the upper outer wall panel 64 as shown in FIGS. Then, it is attached so as to wrap the beams 3a and the columns 3b of the structure 3. When the ends of the lower outer wall panel 63 and the upper outer wall panel 64 attached to wrap the beams 3a and the columns 3b of the structure 3 are exposed, the exposed corner spacers 86 are attached to the exposed portions for protection.

Next, as shown in FIGS.
The partition structure 62 is formed to partition and form each room 9 (step 8). That is, the lower partition panel 105 is nailed and attached to the floor structure 5 and the outer wall structure 61, respectively, in accordance with the ground color previously provided on the floor structure 5 and the outer wall structure 61. Then, about three lower partition panels 105 are connected and temporarily attached. Further, a partition surrounding edge member 125 is attached to the end of the upper partition panel 106 opposite to the side where the upper contact portion 116 projects, and the tip of the upper contact portion 116 is attached to the tip of the lower contact portion 109 of the lower partition panel 105. Abut, and put out the street of the wall according to the ground ink that was set in advance,
Each is attached to the ceiling structure 7 and the outer wall structure 61 by nailing. Then, the upper partition panel 106 and the lower partition panel 105 adjacent to each other are engaged with each other by engaging the nut 120 over the communicating upper connecting groove portion 119 and lower connecting groove portion 112.
Are attached and nailed together. The partition surrounding edge member 125 is attached to the lower surface of the ceiling structure 7 without any gap.

Thereafter, the lower contact portion 109 and the upper contact portion 116
Is a plate corresponding to the lower connecting wiring opening 111 and the upper connecting wiring opening 118 communicating therewith, for example, a plate having a thickness of about 9.5 mm.
The cut-off fire-resistant board 122 is cut off, and the cut-off closed fire-resistant board 122 is nailed to one surface side of each of the upper partition frame 115 and the lower partition frame 108 to be closed in series. Then, electrical wiring work is performed as shown in FIG. 1 (step 5). The electric wiring is connected to the lower partition panel 105 and the upper partition panel through the ventilation partition opening 117 of the upper partition panel 106, the lower partition panel 105, and the lower connection wiring opening 111 and the upper connection wiring opening 118 of the upper partition panel 106. Wire the wires inside 106.

Then, the closed fire-resistant board 122, which is cut in advance on the other side of the lower connecting wiring opening 111 and the upper connecting wiring opening 118, is connected to the other surfaces of the upper partition frame 115 and the lower partition frame 108. Each side is nailed and closed in series to form a one-plane partition structure 62.

Next, as shown in FIG. 1, a decorative board or the like is appropriately affixed to the floor structure 5, the wall structure 10, and the ceiling structure 7 by nailing, wallpaper, or a tile. Attaching, plastering, laying tatami mats and finishing the interior, and installing lighting fixtures, outlets, gas faucets, faucets, unit baths, toilet seats, system kitchens, etc. (Step 9) Complete.

In the above embodiment, the floor structure 5 is constituted by the floor panel structure 15 divided into a plurality of parts, and the ceiling structure 7 is constituted by the base panel 41 and the ceiling panel structure 42 divided into a plurality. And an outer wall structure 61 composed of a lower outer wall panel 63 and an upper outer wall panel 64 that are divided into a plurality of rows and vertically divided as a wall structure 10, and a lower partition panel 105 and an upper partition panel 106. Since the partition structure 62 is constructed, it can be carried in by, for example, an elevator, and can be easily carried in, and only on-site construction requires connection of each panel structure. By connecting panel structures of the same shape and constructing,
Each panel structure can be easily formed, and the factory can perform integrated production to improve manufacturability, and can be used for other remodeling to improve versatility and reduce costs.

[0088] Then, the dimensions of each panel structure, the vertical dimension of 1800mm or less at the maximum, because the transverse dimensions is not more than 900mm at the maximum, for example, carry with elevator can be easily, with handling doctor is facilitated, construction Since 1800 mm, which is a unit of the object, is the maximum dimension, the assembling work of combining and connecting each panel structure to the existing reinforced concrete building 1 can be easily performed, and the workability can be improved.

Further, each of the floor panel structure 15, the ceiling panel structure 42, the lower outer wall panel 63, the upper outer wall panel 64, the lower partition panel 105 and the upper partition panel 106 has concave groove-like connecting grooves 27 and 47, The lower connecting grooves 72, 112 or the upper connecting grooves 79, 119 are provided, and the connecting grooves 27, 47, the lower connecting grooves 72, 112, or the upper connecting grooves 79, 119 are engaged with the nuts 28, 48, 83, 120. And can be easily formed into a one-dimensional structure.

The wall structure 10 is divided into upper and lower parts, and a panel structure is provided in which lower connecting wiring openings 70 and 111 and upper connecting wiring openings 78 and 118 are provided at connecting portions, so that wiring can be easily performed. The technique can be easily formed into a one-plane structure simply by attaching the closed plywood 85 or the closed fire-resistant board 122, which is a closed plate, without requiring any technology.

The outer wall structure 61 is provided below the outer wall structure 61.
Internally to it provided the ventilation baseboards 95 provided with a vent passage 101 which communicates, in particular tends to collect moisture on the floor 4 side chamber 9
Multi not be discharged air can be prevented damage to the mold is or outer wall structure 61 occurs rot like.

On the other hand, since the sound insulation sheet 25 and the honeycomb-shaped sound insulation member 24 are provided on the floor panel structure 15 and the ceiling panel structure 42, only the floor panel structure 15 and the ceiling panel structure 42 are constructed. In this way, noise from the upper floor can be cut off and noise can be prevented from leaking to the lower floor,
The air layer of the sound insulating member 24 also provides a heat insulating effect, and can easily save energy.

Further, before forming the floor structure 5, the ceiling structure 7 and the wall structure 10, the heat insulating material 11 is applied in advance and the heat insulating layer 12 is provided, so that the floor structure 5, the ceiling structure 7
It is not necessary to provide a heat insulating structure in each panel structure constituting the wall structure 10, and since the heat insulating material 11 such as urethane board which can be carried in by an elevator is used, heat insulating work can be easily performed, and energy saving can be easily achieved. I can do it.

Further, since all existing parts such as ceilings, walls, floors and the like are removed in the remodeling, a structure similar to a new building can be obtained.

Further, since a panel structure communicating from under the floor to the back of the ceiling is formed, and the air is exhausted almost forcibly by the exhaust device 53 disposed in the back of the ceiling, moisture hidden inside can be removed, and damage to each member can be prevented. Can be prevented.

In the above-described embodiment, the remodeling of the reinforced concrete building 1 of the apartment house has been described. However, any reinforced concrete building 1 that is a building that can obtain strength in a structure such as a detached house is used. The same effect can be obtained.

Also, depending on the structure of the building to be renovated,
For example, after constructing the partition structure 62 first, the floor structure 5
The construction order may be appropriately set, such as sequentially constructing the ceiling structure 7 and the like.

Further, the heat insulating material 11 may be applied only to, for example, only the wall facing the outside, and may be applied to the floor, ceiling, and the boundary wall with the groove as appropriate according to demand.

[0099]

According to the wall structure according to the first aspect, the vertical structure
Comprising a pair of upper and lower wall panel structures
As a result, for example, it is possible to carry in by elevator
Can be easily brought in, so that remodeling is easy and
It can be shortened and the rebuilding cost can be reduced.

According to the wall structure of the second aspect, the upper and lower ones
The wall surface through each communicating opening of the pair of wall panel structures
Wires can be routed inside the panel structure.

According to the wall structure of the third aspect, the wall structure is vertically
Configuration including a pair of upper and lower divided wall panel structures
As a result, for example, it is possible to carry in by elevator
Easy to carry in, so renovation is easy and renovation time is short
It can reduce the cost of remodeling. Also, for lower connecting wiring
Panel structure for wall surface through opening and upper connection wiring opening
Wires can be routed inside the body.

[0102] According to the wall structure of claim 4, wherein, due to the provision of the sound insulating member on the wall for <br/> panel structure, only the construction of the wall panel structure, easily sound insulation and heat insulation Obtainable.

[0103] According to the wall structure of claim 5, wherein concave the connecting member is engaged for connecting the frame-like object wall panel structure adjacent the frame-like material wall for <br/> panel structure The provision of the groove-shaped connecting groove allows the wall panel structure to be easily connected at the site, thereby improving workability.

[0104] According to the renovation method of reinforced concrete buildings 請 Motomeko 6, to remove the existing inner wall member, a plurality spread over the floor of reinforced concrete structures exposed floor panel structure, then reinforced concrete construction The ceiling panel structure is attached to the frame-shaped body suspended from the ceiling of the object, and then the opening plate of the pair of upper and lower wall panel structures divided into upper and lower sides is opposed to one opening side of the frame-shaped body to form the closing plate. For installation and partitioning along the opening and connecting to the wall of the reinforced concrete building and partitioning, for example, a floor panel structure, a frame-shaped body, a ceiling panel structure and a wall panel structure having a size that can be carried into an elevator. The body can be formed in advance and can be easily carried in, and the construction at the site can be carried out on each floor panel structure, frame, ceiling panel structure, etc. It is only necessary to connect the panel structures for wall and wall appropriately, it is easy to construct, the renovation period can be shortened, the workability can be improved, and the panel structures for floor, frame, ceiling panel and wall of the same shape by forming use the panel structure to each same shape, each floor panel structure, the frame body, even can easily form the ceiling panel structure and the wall panel structure, the cost can be reduced.

According to the method of renovating a reinforced concrete building according to the seventh aspect, since the exposed reinforced concrete surface is covered with a heat insulating material before the floor panel structure is constructed, heat insulation can be easily performed.

[0106] According to the renovation method of reinforced concrete buildings 請 Motomeko 8, wherein the floor panel structure, provided on adjacent sides of each frame-like of the ceiling panel structure and wall panel structures groove The floor panel structure, the ceiling panel structure, and the ceiling panel structure at the site, in order to connect the floor panel structure, the ceiling panel structure, and the wall panel structure by engaging the connection member in the shape of the connection groove. And the panel structure for wall surfaces can be easily connected, and the workability can be improved.

[Brief description of the drawings]

FIG. 1 is a flowchart of a method of remodeling a reinforced concrete building showing one embodiment of the present invention.

FIG. 2 is a cross-sectional view showing one living space of the reinforced concrete building.

FIG. 3 is a sectional view showing one living space of the reinforced concrete building.

FIG. 4 is a plan sectional view showing a state in which a floor structure is formed on a reinforced concrete building for explaining the rebuilding process.

FIG. 5 is a cross-sectional view showing the same floor structure.

FIG. 6 is a plan view showing the same floor panel structure.

FIG. 7 is a side view in which a part is cut away.

FIG. 8 is a plan view showing the adjustment panel.

FIG. 9 is a sectional view of the same.

FIG. 10 is a plan sectional view showing a state in which a ceiling structure is formed on a reinforced concrete building for explaining the rebuilding process.

FIG. 11 is a sectional view showing the ceiling structure.

FIG. 12 is a plan view showing the same underlying panel.

FIG. 13 is a sectional view of the same.

FIG. 14 is a plan view showing the same ceiling panel structure.

FIG. 15 is a cross-sectional view in which a part of the same is cut away.

FIG. 16 is a plan cross-sectional view showing a state in which an outer wall structure is formed on a reinforced concrete building for explaining the remodeling process.

FIG. 17 is a sectional side view of the same.

FIG. 18 is a plan view of the same.

FIG. 19 is a plan view showing the outer wall structure in the same beam portion.

FIG. 20 is a cross-sectional view showing the outer wall structure at the beam portion.

FIG. 21 is an enlarged view of the same beam part.

FIG. 22 is a plan view showing the upper and lower outer wall panels.

FIG. 23 is a cross-sectional view partially cut away of the same.

FIG. 24 is a sectional side view of the same.

FIG. 25 is a plan view showing the upper outer wall panel.

FIG. 26 is a cross-sectional view in which a part of the above is cut away.

FIG. 27 is a sectional side view of the same.

FIG. 28 is a partially cutaway perspective view showing an outer wall surrounding edge member attached to the upper and lower outer wall panels.

FIG. 29 is a partially cutaway perspective view showing the ventilation baseboard attached to the upper and lower outer wall panels.

FIG. 30 is a plan sectional view showing a state in which a partition structure is formed in a reinforced concrete building for explaining the rebuilding process.

FIG. 31 is a plan sectional view of the same.

FIG. 32 is a sectional side view of the same.

FIG. 33 is a plan view showing the upper and lower partition panel.

FIG. 34 is a cross-sectional view of the same as above, with a portion cut away.

FIG. 35 is a sectional side view of the same.

FIG. 36 is a plan view showing the upper partition panel.

FIG. 37 is a cross-sectional view partially cut away of the same.

FIG. 38 is a sectional side view of the same.

FIG. 39 is a partially cutaway perspective view showing the partition surrounding edge member attached to the upper outer wall panel.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Reinforced concrete structure 4 Floor surface 6 Ceiling ceiling surface 8 Wall surface 11 Insulation material 15 Panel structure for floor as panel structure which is a building material for reinforced concrete structures 21, 43, 44, 65, 107 Square material 22 Frame material Floor frame-like material 23 Plywood as a plate material 24 Sound insulation member 26 Holding plywood as a plate material 27,47 Connecting groove portions 28,48,83,120 Reality as a connecting member 31 Support leg 41 Base panel as a frame-like body 42 Panel structure for ceiling which is a panel structure which is a building material for reinforced concrete buildings 45 Ceiling frame which is a frame-like material 46, 68, 110 Fireproof board which is a plate material 63 Panel structure which is a building material for reinforced concrete buildings Lower outer wall panel as a wall panel structure as a body 64 Upper outer wall panel as a wall panel structure as a panel structure as a building material for a reinforced concrete building 66 Lower outer wall frame as a frame 71 Ventilation for Mouth 72,112 Lower connection groove as a connection groove 75 Upper outer wall frame as a frame 79,119 Upper connection groove as a connection groove 85 Closed plywood as a closing plate 95 Baseboard for ventilation 105 as a baseboard Lower partition panel which is a panel structure for a wall as a panel structure which is a building material for a reinforced concrete building 106 Upper partition panel which is a panel structure for a wall which is a panel structure which is a building material for a reinforced concrete building 108 Frame shape Lower partition frame-like material 115 Upper partition frame-like material 122 Closed fire-resistant board as a closing plate

────────────────────────────────────────────────── ─── Continuation of front page (56) References JP-A-9-256513 (JP, A) JP-A-8-199710 (JP, A) JP-A-10-121593 (JP, A) JP-A-5-1997 71174 (JP, A) JP-A-10-325203 (JP, A) JP-A-9-111923 (JP, A) JP-A-7-224266 (JP, A) (58) Fields investigated (Int. Cl. ⁷ , DB name) E04G 23/02 E04C 2/00 E04B 2/72 E04B 5/02 E04B 5/52

Claims (8)

(57) [Claims] 1. The floor structure and front of a reinforced concrete building
It is installed between the reinforced concrete building and the ceiling structure.
Wall structure, which is divided into upper and lower portions, each of which is formed into a frame shape using a square material , and is attached to at least one surface of the frame shape, is continuous from one side, is partially open, and is closed. And a pair of upper and lower wall panel structures each having a plate member to be connected, and each of the openings communicating with the pair of upper and lower wall panel structures.
And each of the openings is closed while closing each of the openings.
Wall structure, characterized by comprising a closing plate for connecting the wall panel structure beneath a pair. 2. The communication between a pair of upper and lower wall panel structures.
Electric wires are routed through the respective openings through the wall panel structure.
2. The wall according to claim 1, wherein the wall can be drawn.
Structure. 3. The floor structure and front of a reinforced concrete building.
It is installed between the reinforced concrete building and the ceiling structure.
A pair of upper and lower wall panel structures divided vertically.
A closing plate connecting the pair of upper and lower wall panel structures;
One of the pair of upper and lower wall panel structures is formed in a frame shape using a square bar, and is formed at one end of the square bar.
A frame-shaped object having a lower abutting portion formed thereon; and a frame attached to at least one surface of the frame-shaped object.
At least a part of one surface is closed, and the lower contact portion protrudes.
A plate material forming an opening for a lower connection wiring on the end side, and the other of the pair of upper and lower wall panel structures is formed in a frame shape using a square material, and is formed of one end portion of the square material.
A frame-shaped object formed and having an upper contact portion in contact with the lower contact portion
And attached to at least one surface of the frame,
Some of Kutomo one side and closed infarction, the upper contact portion is projected one
At the end side, the upper connecting wiring opening communicating with the lower connecting wiring opening
A plate member having an opening formed therein, wherein the closing plate includes the lower connection wiring opening and the upper connection
Attached over the wiring opening, these lower connection wiring
While closing the opening and the upper connection wiring opening in series,
It is characterized by connecting a pair of upper and lower wall panel structures
Wall structure to do. 4. A wall panel structure according to claim 1 to 3 of any one, wherein further comprising a sound insulating member
Wall structure . 5. A frame-like object are all claims 1, characterized in that the connecting member for connecting the frame-like material of the adjacent wall panel structures having a groove-shaped connecting groove for engaging 4 A wall structure according to any one of the preceding claims . 6. A frame-shaped object formed by removing an existing inner wall member of a reinforced concrete building to expose a reinforced concrete surface, and using a square member, and a plate member for closing at least one surface of the frame-shaped object. A plurality of floor panel structures were spread over the floor surface of the reinforced concrete building, and after the floor panel structures were spread, a frame-like body formed into a frame shape using square bars was used. A ceiling panel provided with a frame-shaped object formed by hanging a plurality of pieces from the ceiling of the reinforced concrete building using a square bar on the lower surface of these frame-shaped objects, and a plate member closing one surface of the frame-shaped object. A plurality of structures are attached covering the ceiling of the reinforced concrete building, and after the ceiling panel structure is attached, the structure is vertically divided.
Each of a pair of upper and lower wall panel structures having a frame-shaped object formed into a frame shape using a square material and a plate material that is continuous at least one surface of the frame-shaped object from one side and partially opens and closes. One side of the opening of the frame-shaped object that is not closed by the plate material is opposed to each other, and a closing plate is attached over the communicating openings of the pair of upper and lower wall panel structures, and the upper and lower wall surfaces are closed while closing each opening. A method of remodeling a reinforced concrete building, comprising connecting a plurality of panel structures for walls, and connecting the panel structures for walls to form a pair of upper and lower wall panel structures to cover and partition the walls of the reinforced concrete building. 7. The method for remodeling a reinforced concrete building according to claim 6 , wherein the reinforced concrete surface exposed before the construction of the floor panel structure is covered with a heat insulating material. 8. A floor panel structure, a ceiling panel structure, and a wall panel structure which are adjacent to each frame of the floor panel structure, the ceiling panel structure, and the wall panel structure. A concave groove-shaped connecting groove portion is provided on each of the side surfaces that are in contact with each other. 7. The method according to claim 6 , wherein the connection is performed.
7. The method of renovating a reinforced concrete building according to 7 .