JP3482377B2 - Wall panel with bay window - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [0001] [0001] The present invention relates to an apartment house,
Is used as the outer wall of a detached house,
It relates to a wall panel body with a bay window having container means.
You. [0002] 2. Description of the Related Art Conventionally, in a multi-family house,
Ramen skeleton and incorporated within that ramen skeleton
The outer wall is formed by the general panel body that is a sash member.
It is. The ramen frame is composed of multiple
Equipped with a number of vertical structural members (for example, columns) and a predetermined floor height
Lateral structural members (eg, beams)
ing. In addition, vertical structural members and horizontal structural members
Concrete construction (hereinafter referred to as "RC construction"), or
Steel reinforced concrete construction (hereinafter referred to as "SRC construction")
You. ) When the ramen frame is used, the outer wall is
Often do. FIG. 24 shows a conventional one dwelling unit (one span, one floor).
FIG. 4 is a perspective view of an outer wall surface on the balcony side of the second embodiment. 1st wall
The openings O1 are arranged facing each other at a predetermined interval.
Sleeve wall E and small wall M, which are longitudinal structural members P, and upper and lower floors
With a plane defined by the horizontal structural member C (beam)
The second wall opening O2 is formed at predetermined intervals.
Small wall M which is a vertical structural member P
And the pillar and the lateral structural member C (beam) on the lower floor
The constructed lumbar wall A and the lateral structural members C (beams) on the upper floor
And a plane defined by And the second
One sash member is provided in one wall opening O1.
The panel body 10 is disposed, and inside the second wall opening O2.
, A bay window W is arranged. This bay window W is a waist wall A
Between the upper side of the upper floor and the lower side of the lateral structural member C on the upper floor
To form a rectangular wall with the waist wall A
ing. The lateral structural member C (beam) is constructed by RC construction.
When the outer wall, the lumbar wall A, is
Non-bearing walls made of RC, such as reinforced concrete boards (PC boards)
Often built as. Non-bearing walls are long-term vertical
The structure of the frame structure is resistant to external forces such as load and seismic force.
A wall that is not valid due to its design
It is built on the function of the outer wall surface. [0005] Muddy vegetables, sneakers, rags, etc.
Washing sink (housework sink) K is on the balcony wall,
For example, it is provided on the vertical structural member P (post). Soshi
Garbage, including garbage, is on the balcony near sink K
In the trash can T placed in the garbage can. [0006] The waist below the bay window W
The wall A is a frame constructed integrally with the lateral structural member C.
It constitutes a part of the structure (frame). Accordingly
The wall which combines bay window W and waist wall A has the following problems.
Having. (1) The waist wall A is a layout of a dwelling unit in a building plan.
Constraints. The waist wall A has the structure, shape and arrangement of the bay window W.
Has a close relationship with the floor plan
Then, the location and shape of the waist wall A according to the diversity of each dwelling unit plan
I have to change the shape. A dwelling unit on the building plan
Diversity and flexibility are required from the plan. In addition, residents
Changes in floor plans in response to changes in the life cycle of
There is also a request to do so. However, the hip wall A was hit in the field
If it is made of RC or PC board,
It is difficult to change the floor plan freely by replacing wall A
No. (2) The bay window W is a wall opening at the time of an earthquake.
The function to follow the horizontal displacement between the upper and lower layers of the section O2 is fully developed.
I can't do it. The wall combining bay window W and waist wall A is ground
Horizontal displacement between the upper and lower floors of the frame structure during earthquake
(The in-plane direction)
Absent. [0009] The ramen frame has a large horizontal level during earthquakes.
Displacement occurs. Moreover, the bay window W has a lower waist wall A, an upper
I have to make a joint that is integrated with the beam. Bay window W
Approximately the same horizontal structure as the frame structure integrated with the lumbar wall A during the earthquake
Deformation occurs, and the window glass and the like are easily damaged. Waist wall A
Damages the connected general panel body 10 and
Ah, opening and closing of windows was hindered, and it was a difficult point for disaster prevention and evacuation.
It could be. The waist wall A is integrated with the longitudinal structural member P
When it is constructed in such a manner, the horizontal deformation of the vertical structural member P is restricted.
Bundling tends to cause shear failure of concrete. (3) The workability and economy of the lumbar wall A and bay window W are high.
bad. The waist wall A has a complicated shape with a thin wall,
It is constructed integrally with the structural member P and the lateral structural member C.
So, production of formwork, concrete casting (frame-to-construction)
The workability and economic efficiency deteriorate. The bay window W has a complicated shape.
Assembling sash frames and window glass at the construction site
Attached to wall A. The work efficiency is a skilled sash
Even craftsmen are extremely bad. Therefore, the waist wall A and the bay window W are provided.
Work is troublesome, leading to a longer work period and lower quality.
There is. Next, a sink K is provided on the balcony.
On the balcony in winter and rainy days
Becomes troublesome, and sink K becomes difficult to use. Also,
Link K is provided on the balcony so as to protrude from the wall,
The balcony is too narrow to put the box T on the balcony.
This makes it difficult to use the sink K,
The eyes are bad. Furthermore, the construction of sink K
Perform plumbing before casting concrete and seal after finishing the outer wall.
Since installation of link K etc. cannot be performed at once,
Since it is an individual work, there is a risk that the quality will be reduced. The present invention solves the above-mentioned disadvantages.
It is made in order to be integrated with the frame structure (body)
Bay window without building a lumbar wall by using non-bearing walls
Because it forms a wall with
Greater flexibility in architectural planning that can respond further,
Excellent in following performance of horizontal displacement between layers during an earthquake, workability, and economy
Use container means from the indoor side without going outdoors.
Wall panels with bay windows that can be
You. [0013] A wall panel with a bay window according to the present invention.
The flannel body is arranged in the in-plane direction of the wall panel body with bay window
Panel and bay window that protrudes out of the panel
And container means disposed below the bay window.
The panel section is composed of a framed panel frame and a waist wall panel.
The bay window is cantilevered from the panel frame.
A bay window framing part constructed of a
And / or an interior opening on the waist wall panelPossess, content
The internal space of the container means is connected to the indoor space through the indoor opening.
Communicates with the outdoor space through the outdoor openingthing
(Claim 1). [0014] [0015] [0016] [0017] [0018] [0019] [0020] [0021] [0022] [0023] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described in more detail.
Applies to the exterior wall on the balcony side of an apartment house with several floors
Things will be described. Normally, the flat form of the standard floor of an apartment house is
The lower system is used, and multiple dwelling units are in contact with one common corridor.
Are placed, and each dwelling unit is divided by a border wall.
Add Lucone. This flat frame structure is
At the boundary between the row of dwelling units and the common hallway or balcony
Two ramen frames are arranged opposite to each other. Rame
Frame is composed of a plurality of vertical structures erected with a predetermined span length.
Structural members (posts) and lateral structural parts erected at predetermined floor heights
It is composed of materials (beams). The vertical structural members are the left and right ends of the wall opening.
Are structural members that connect in the vertical direction.
In addition to structural members such as power walls), non-proof strength integrated with pillars
Non-proof strength standing on the beam at the wall (sleeve wall), mid-span
It also includes walls (small walls). Next, the lateral structure
The members are connected in the horizontal direction at the upper and lower ends of the wall opening.
Structural members, including beams and floor slab structural members.
Including non-bearing walls (lumbar walls, back walls) integrated with
It is. That is, it is provided around the wall opening.
Of the structural members, it has a connection surface in the vertical direction with the wall opening
A vertical structural member and a horizontal connecting surface
Horizontal structural members are referred to as vertical structural members and horizontal structural members.
Directional structural members need to be independent structural members
The vertical and horizontal structural members are integrated.
May be used. Load-bearing structure effective for load-bearing of framed structure
It does not need to be a member. FIG. 1 shows a bar for one dwelling unit (one span, one floor).
It is a perspective view of the outer wall of the Luconey side. The wall opening O is
Two vertical structures that are arranged facing each other at regular intervals
A member P and a lateral structural member C on the upper and lower floors
Is composed of As shown in FIG.
Is a horizontally long rectangular front shape. Where the vertical structure
The material P is a column, the lateral structural member C is a beam,
Part O is one span with one span surrounded by columns and beams.
A corresponding opening surface is formed. In the wall opening O, from the left side in FIG.
Number (3 in FIG. 1) of general panel body 10, wall panel with bay window
The flannel bodies 1 are arranged in series (open window arrangement). bay window
The attached wall panel body 1 is vertically aligned with the general panel body 10 on the right side.
It is arranged between the structural members P. Wall panel with bay window
1 and the height of the general panel body 10 are approximately the height of the wall opening O.
Is the same as Therefore, the wall opening O
RC lumbar wall constructed integrally with the structural member C for
Power walls) are not provided. With general panel body 10 and bay window
Combining the wall panels 1 to form a single wall structure
Form the body. The wall structure has a front shape of the wall opening O.
It is configured as one wall unit formed according to
You. Next, the general panel body 10 forms a wall surface.
It is sufficient if it is a member that is hollow.
Materials, panel members, PC members, etc.
It is desirable to have at least a sash member. So
The sash member is a metal sash window frame,
Glass in window frame (Metal and wooden panels may be used.)
It is a panel-shaped member with a, surrounded by a sash outer frame
It is inserted into the opening, and the movable sash (door,
Window) or a fixed sash (fitting window). (Embodiment 1) Based on FIGS.
Embodiment 1 will be described. Wall panel body 1 with bay window has bay window
A panel portion 2 disposed in an in-plane direction of the wall panel body 1;
A bay window section 3 that protrudes out of the plane from the panel section 2 and a bay window
A container connected below the bay window bottom 32 of part 3
Sink (housework sink) 9 as a means (see FIG.
2, see FIG. 3). Here, the in-plane direction (span direction)
Is a vertical plane in the wall surface constituting the wall opening O, and
The direction refers to a vertical plane orthogonal to the in-plane direction. The panel portion 2 is a panel formed in a frame shape.
It is provided with a frame part 4 and a waist wall panel part 21 (FIG. 4, FIG.
5). The panel portion 2 is a surface portion having a rectangular front shape.
The height of the material (panel) (Ph in FIG. 5) is almost the wall opening
It is substantially the same as the height of the portion O (Oh in FIG. 5). Panel 2
(Pw in FIG. 5) can be set arbitrarily.
The panel unit 2 includes a bay window unit 3 and an upper part of the waist wall panel unit 21.
A shape in which the panel openings 22 communicating with each other are arranged in a stack is provided.
You. The waist wall panel portion 21 and the panel opening portion 22 have a substantially horizontal width.
It has the same rectangular front shape. The panel frame 4 is composed of opposed vertical frames 41.
R, 41L, the upper side between the vertical frames 41R, 41L and
It is formed by an upper frame 42 and a lower frame 43 laid on the lower side.
(See FIGS. 4 and 5). Panel frame 4 is a rectangular front
A frame-like frame is formed along the outer peripheral portion of the panel portion 2 forming the shape.
(Framework). On the upper side of the waist wall panel 21
Indicates that the middle frame 44 is suspended between the vertical frames 41R and 41L.
The front face of the panel frame 4 is shaped like a “sun”.
You. The middle frame 44 attaches the waist wall panel part 21 and the bay window part 3.
The mechanical framework of the panel framework 4
It is an optional element from the point of view. Panel frame 4
Construct a planar (two-dimensional) skeleton. Frame is a linear structure
A frame (frame) constructed by combining materials.
Vertical frames 41R, 41L, upper frame 42, lower frame 43, middle frame 44
Is a linear structural member of arbitrary cross-section, and the material is
Gold, such as aluminum or iron, having the required strength and rigidity
Generally, it is made of metal. The waist wall panel 21 is made of a conventional RC structure.
What was built as a non-bearing wall is replaced with a face member (panel
And assembled into the panel unit 2.
(See FIGS. 2, 3 and 5). The waist wall panel 21 is rectangular.
It has a frontal shape, and its outer periphery is a panel frame 4
Are joined to the vertical frames 41R and 41L, the lower frame 43, and the middle frame 44.
Have been. The waist wall panel portion 21 has a wall surface inside the wall opening portion O.
Are arranged so as to constitute a predetermined direction in the in-plane direction.
Of a straight horizontal cross section having a wall thickness of FIG.
As shown in FIG. 9, the waist wall panel portion 21 is a hollow panel.
Although it is configured as a member, its wall thickness can be set arbitrarily
can do. The hollow part of the waist wall panel part 21 (inside
Equipment such as water supply / drainage, electricity, air conditioner, etc.
Tubes, wiring, etc. may be incorporated (in this embodiment,
Is equipped with a pipe 94 for water supply and drainage). Waist wall panel
In addition to the hollow panel member, the sash member, the flat plate
It may be a panel member. Swept out to the waist wall panel 21
A window, a door, a storage unit, and the like can be provided. The bay window section 3 jumps from the panel section 2 in the outdoor direction.
The exposed convex space, and the interior side is the panel opening of panel part 2.
It communicates with the part 22 (see FIGS. 5 and 7). Outer surface of bay window 3
Is the bay window front part 34, bay window side parts 31R and 31L, bay window bottom part
32, a bay window top 33 is formed (see FIG. 2). Bay window front
34 has a rectangular shape (in FIG. 6, the width is Pw and the height is
Wh). The bay window sides 31R and 31L have lead on the left and right sides.
The straight line is straight in the vertical direction, and the lower side is straight in the horizontal direction.
The side where the side is inclined diagonally downward toward the outdoor direction
It has a trapezoidal appearance. Tilt to upper side of bay window side 31R, 31L
The slope was provided for the rain. Bay window front part 3
4. Window windows 31R and 31L and window window top 33 have window covers.
Ruth is incorporated. The bay window bottom 32 is
A bottom plate 321 on which objects can be placed is attached.
(See FIG. 2). Equipment such as ventilation ducts on the bay window top 33
It can be provided so as to penetrate piping (not shown in the figure).
Omitted). The bay window 3 is cantilevered from the panel frame 4.
A bay window framing portion 5 is provided (see FIGS. 4 and 7).
reference). The bay window frame 5 forms a convex space of the bay window 3.
And the weight of the bay window 3 and the sink 9 (vertical force)
To the vertical frames 41R and 41L of the panel frame 4
It has a cantilever structure. With cantilever structure
Is a structural member whose one end is fixedly supported and whose other end is free
Beam-shaped member). Bay window frame 5 has a cantilever structure
, The weight of the bay window 3 and the sink 9
Directly joined with upper and lower lateral structural members C to support
No need to do. The bay window frame 5 includes bay window side portions 31R, 31L.
And the frame of the bay window front part 34. Bay window side 3
1R and 31L are on the side of the outdoor side along the outer periphery.
Vertical rails 51R and 51L, upper side rails 55R and 55L,
Approximately "reverse U-shaped" consisting of side lower rails 54R and 54L on the lower side
(See FIGS. 4 and 7). ~ side
Room of upper part crosspiece 55R, 55L, side lower part crosspiece 54R, 54L
The side ends are joined to the vertical frames 41R and 41L of the panel frame 4.
Have been. The two bay window sides 31R and 31L are the bay window 3
Are arranged at a distance of the width (Pw in FIG. 6) of the
Bouncing out of the plane from the vertical frames 41R and 41L of the frame part 4
Construct a cantilevered structure. The bay windows 31R and 31L are
The indoor side ends are vertical frames 41R and 41L of the panel frame 4.
With a free cantilever structure at the outdoor end.
You. Side upper rails 55R and 55L and side lower rails 5
4R and 54L are connected to the indoor side ends of the vertical frames 41R and 41L.
If the joint is a pin joint, the upper rails 55R, 55L,
Abbreviated by lower rails 54R, 54L and vertical rails 51R, 51L.
Bay window side 31 configured in a “reverse U-shaped” plane frame
A cantilever structure is constituted by the entire R and 31L. On the side
Bars 55R, 55L and side lower bars 54R, 54L and vertical frame
Assuming that the connection with 41R and 41L is a rigid connection,
5R, 55L or side lower rails 54R, 54L only.
To form a cantilevered structure. Bay window frame 5 is used as a framework
Not only the overall structure (three-dimensional frame), but also some structural members
The cantilever structure can be constituted by the crosspiece. The front part 34 of the bay window has a rectangular front shape.
Along the outer periphery of the bay window front part 34, a front upper rail 53
By placing the front lower beam 52 on the lower side,
A skeleton is formed (see FIGS. 4 and 6). Bay window frame 5
Is the frame of the bay window front part 34 and the bones of the bay window side parts 31R and 31L.
Three-dimensional (3D) bones that combine to form a convex space
Make up a set. The vertical bars 51R, 5 constituting the bay window frame 5
1L, front lower beam 52, front upper beam 53, side lower beam 54R,
54L, side upper rails 55R, 55L have an arbitrary cross-sectional shape, linear shape
It may be a structural member. The material axis can be any shape such as straight or curved
Can be set. The material is the required strength and rigidity for the frame
It is composed of a metal plate made of aluminum, iron, etc.
Although it is general, it may be composed of a synthetic resin or the like. The bottom plate 3 disposed at the bay bottom 32 of the bay 3
21 has a thin wall hanging below the bay window bottom 32 and connected thereto.
The bottom opening 322 communicating with the indoor side opening 91I of the housing 9 is
An outlet for opening and closing the bottom opening 322 is provided.
A window cover 323 is provided (see FIGS. 2 and 3). A sink is a device for flowing washing water.
To tell. The sink 9 as a container means in the present invention includes:
Cooking sink (kitchen sink), washing sink (Was)
h Sink), Cleaning Sink (Soil for Soil: Slo)
p Sink), multifunctional sink such as outdoor sink
U. The sink 9 has a window in front of its own sink.
Between the bay window 3 and the bay window front 34 of the bay 3
Attached so as to have an outdoor opening 91O
(See FIG. 3). Therefore, the sink internal space 95 is
Indoor space through the inner opening 91I (bottom opening 322)
With the outdoor space through the outdoor opening 91O
are doing. Then, the outdoor opening 91O is opened from the outdoor side.
A sink opening / closing lid 92 for closing is provided.
The movable shower (faucet) 93 is provided in the
(See FIGS. 2 and 3). Furthermore, in the waist wall panel part 21
A hollow panel member is used, and
A pipe 94 for supplying and draining water to and from the tank 9 is incorporated. (Structural Features) The structure of the sink 9 of the first embodiment
The architectural features will be described. (1) Since the sink 9 has the indoor opening 91I,
It is an outdoor sink installed under the bay window in form,
Indoor sink function that can be used from the indoor side
Having. An indoor sink is usually placed and used indoors
Sink, cooking sink, laundry sink,
There is a cleaning sink. Generally, wash in the kitchen sink
Clean food includes clean food and dirty food (non-clean
Object). Clean food, etc. is directly in the human mouth
Food and drink, tableware, etc. that can be placed. Dirty food
Things cannot be eaten and consumed by humans as they are,
Mud food before washing (vegetables, etc.), garbage, mud food
Say a container. Laundry sinks are used to wash laundry, footwear, etc.
Used for rinsing. Cleaning sinks can be used for cleaning
Used for cleaning cleaning equipment such as width. (2) The sink 9 is connected to the indoor opening 91I.
Since it has an outdoor side opening 91O, it is used from the indoor side
In addition to the indoor sink that can be used, it can be used from the outdoors
It also has the function of an outdoor sink. Sink 9 is for indoor use
Sink (cooking sink, washing sink, cleaning sink)
Multi-functional used both for outdoor and outdoor sinks
You. Outdoor sinks are located outside the building and can be used outdoors.
Goods used (eg gardening goods, footwear, tools, mud etc.)
It is used for cleaning (articles with attached etc.). (3) The sink internal space 95 of the sink 9 has an indoor opening.
It communicates with the indoor space through 91I and has an outdoor opening 91.
O and communicate with the outdoor space (see FIGS. 7 and 8).
See). The sink 9 has an indoor opening 91I and an outdoor opening.
The lids 323 and 92 for opening and closing the 91O can be provided.
Wear. (4) The sink 9 has two parts, i.e., washing and storing.
Container means having a function. Sink 9 is the sink
Using the internal space 95, not only for cleaning but also for storage
Can be used as a container. (5) The sink 9 is suspended below the bay window 3.
You. The bay window frame section 5 of the bay window section 3 includes the bay window section 3 and the sink.
9 can transmit its own weight (vertical force) to the panel frame 4.
(See FIGS. 7 and 8).
See). The bay window 3 is in the horizontal direction up and down to support its own weight.
Since it is not directly joined to the structural member C, the bay window 3
The lower open space Sd without obstacles is located below the bay window bottom 32.
To form The structural features of the sink 9 of the first embodiment are different.
The effect will be described. (1) Since the sink 9 has the indoor side opening 91I, the room
The indoor sink function can be used from inside.
Conduct. Indoor sinks include cooking sinks and laundry
Can be used widely for sinks, cleaning sinks, etc.
You. As a cooking sink, it is mainly used for dirty food etc.
Therefore, in one sink 9, clean food and the like, dirty food and the like
Can be prevented from being mixed and washed. Washing
Do not go to the washroom as a sink for
At least, simple washing and cleaning equipment can be washed.
It is profitable. (2) The sink 9 is connected to the indoor opening 91I.
Because it has an outdoor opening 91O, it can be used for indoor sinks and
It also has an external sink function. One sink 9 in the room
Can be used both inside and outside. Sink 9
The indoor opening 91I and the outdoor opening 91O are inside the sink.
Since it communicates with the internal space 95, the sink internal space 95
Is a communication space (relay space) between indoor space and outdoor space.
Become. Loading and unloading of items to be washed into and out of the sink internal space 95
The flow line (trajectory of the movement of the object in the architectural space)
Indoor, indoor to outdoor, outdoor to outdoor, outdoor to indoor 4
There are two cases. From the indoor side, the indoor sink and the outdoor
Can be used for both Living in the room
Can be used as an outdoor sink without going outside.
Can be Depends on the influence of outside air such as weather and season
Not convenient. From the outdoor side, indoor sink and outdoor
Can be used for both sinks. Used outdoors
Goods (horizontal goods, footwear, tools, etc.)
Washed) from outside, and carry it outdoors without passing indoors.
It can be taken out or brought into the room. The sink 9 opens the bay window cover 323.
And from the indoor side (in the bay window) through the bottom opening 322
To open the sink opening / closing lid 92
From the outdoor side (outside the bay window) through the indoor side opening 91I
Available. What was stored in the sink 9 from the indoor side
From the outdoor side or into the sink 9 from the outdoor side.
The contents can be taken out from the room side. But
Therefore, it is difficult to enter the sink 9 from the indoor side, for example, mud.
Put vegetables attached to the sink 9 from the outdoor side.
Can be taken out and used. (3) Indoor opening 91I, outdoor opening
The lids 323 and 92 for opening and closing the 91O can be provided.
Therefore, the indoor opening 91I and the outdoor opening 91O can be
The communicating sink internal space 95 can be sealed.
You. And even if garbage is left in the sink 9,
Closing the window cover 323 and sealing the bottom opening 322
The smell stops entering the room and stores garbage.
Can be taken out from the outside. In addition, outdoor openings
A sink opening / closing lid 92 for opening and closing 91O is provided.
Make sure that rainwater does not enter the sink 9 from outside.
Can be. (4) The sink 9 is a container for storage.
It can be used from the indoor side, such as dirty food
(Mud food, garbage, etc.) enter and leave freely
be able to. Go outside every time you bring garbage into a container
Not only is it convenient and hassle-free, but odor leaks into the room
Sanitary without any. Sink 9 is provided with plumbing equipment
So that the sink internal space 95, trash containers, etc.
Easy to clean and clean. (5) The sink 9 is suspended below the bay window 3.
Because it is lowered, the lower open space Sd is free of obstacles
Form a space. Supports own weight of sink 9 and bay window 3
Is not provided from the lateral structural member C
Therefore, the lower open space Sd which is originally a dead space is
It can be used effectively. The sink 9 is below the bay window 3.
So that the sink 9 is located separately from the bay window 3.
There is no need to place them anywhere. Narrow spaces such as balconies
It can be used effectively and is good for disaster prevention such as evacuation at the time of disaster
Suitable. The appearance of the sink 9 with respect to the appearance of the projection of the bay window 3
Is inconspicuous and is aesthetically pleasing. Lower open space Sd
In addition to the sink 9, equipment such as outdoor units and water heaters
A storage device such as a rack or a clog box can be installed. (6) Sink 9 and water supply / drainage system for sink
Construction and maintenance of plumbing are easy. And waist wall pa
Built-in piping 94 etc. with the panel 21 as a hollow panel member
As a result, the pipe 94 built in the waist wall panel 21 was
Which works can be done at once, and streamlining and high quality construction
And the surface of the lumbar panel 21
Maintenance and parts replacement by removing the panel
Can be easily done. Also, bay windows should be included in the floor area.
Because it can be used immediately, you can use the space effectively
Wear. Next, based on FIG.
The own weight (vertical force) of the sink 9 is applied to the vertical frame 41 of the panel frame 4.
The mechanical mechanism transmitting to R and 41L will be described. Bay window frame
The part 5 includes a frame of the bay window front part 34 and bay window side parts 31R and 31L.
Three-dimensional frame that unites and forms a convex space
Constitute. The bay window framing part 5 of the bay window side parts 31R and 31L is
It forms a substantially inverted U-shaped plane frame and has a cantilevered structure.
To achieve. As shown in FIG. 10, the bay window sides 31R, 3R
The vertical force (V in FIG. 10) acting on the 1L outdoor tip
Therefore, bay window side parts 31R and 31L and vertical frames 41R and 41L.
A horizontal force (Vh in FIG. 10) acts on the joint portion with. This
Is applied to the vertical frames 41R and 41L of the panel frame 4.
Since it acts as a material intermediate load, the vertical frames 41R and 41L
An out-of-plane bending moment (My in FIG. 10) is generated.
The vertical force (V in FIG. 10) is applied to the side windows 31R and 31L.
The vertical frame 41 via the window frame 5 and the vertical frames 41R and 41L.
The horizontal reaction force (see FIG. 10) is applied to the mounting members 6 at the upper and lower ends of the R and 41L.
Rh). The horizontal reaction force at the upper and lower ends (R in FIG. 10)
The working direction of h) is the opposite direction. Vertical force of bay window 3 (Figure
10 V) is finally passed through the mounting member 6 in the lateral direction.
A vertical reaction force (Rv in FIG. 10) and a horizontal reaction force are applied to the structural member C.
(Rh in FIG. 10). Referring to FIG. 11, the panel frame 4 and the side
The joining of the facing structural members C will be described. Panel frame 4
Multiple at the positions of the frame 42 and the lower frame 43 (two in FIG. 5)
Is attached to the lateral structural member C by the mounting member 6
You. FIGS. 11A and 11B show wall panels with bay windows.
Explanatory drawing which shows the mounting state and sliding state of the upper side of the body 1.
It is. In FIG. 11, reference numeral 7 denotes a reinforcing bar, and reference numeral 6 denotes a reinforcing bar.
Indicates an attachment member attached to the lateral structural member C.
You. The mounting member 6 has a lateral structural member
A groove 6a is provided in the direction of C, and opens upward in the center part on the indoor side.
The released groove 6b is provided in the direction of the lateral structural member C.
You. The upper end of the upper frame 42 is open upward.
And movably engages the upper end of the outdoor with the groove 6a.
Engagement ridge 42a is directed to the indoor side in the direction of the lateral structural member C.
It is provided to face and can move relatively to the groove 6b at the upper end on the indoor side.
The engaging ridge 42b that engages in the direction of the horizontal structural member C
Is provided toward the outside of the room. The in-plane direction between the mounting member 6 and the upper frame 42
Joining is performed by the frictional force of the locking pieces and mortar (not shown).
As a result, the mounting member 6 comes off at a stage where the horizontal force is small.
Instead, a pin joint 6P is formed. But the horizontal mentioned above
When the force increases, the two slide, and the slide joint 6S
Changes to Slide means that both can move relatively
Are the engaging ridges 42a and 42b of the upper frame 42 and the mounting member 6
It is not limited to the grooves 6a and 6b of
Other configurations may be used as long as they can be moved
No. In addition, although description is omitted, the wall panel body 1 with a bay window
A similar attachment member 6 is also provided on the lower side. Based on FIG. 12 and FIG.
Horizontal change of interlayer between upper and lower floors in in-plane direction of wall panel body 1 with bay window
The function of following the position will be described with a structural mechanical model. bay window
The deformation of the attached wall panel body 1 in the in-plane direction is vertical deformation, water
It is classified into three types: flat deformation and rotational deformation. Where horizontal
Deformation and vertical deformation are constrained, and rotational deformation is free
6P pin joint, horizontal deformation and rotation deformation are free
The joint where vertical deformation is restrained is connected to the slide joint (roller
-Junction) 6S. This pin joint 6P, slide
The joint 6S is a concept of the structural mechanical model of force and deformation.
And the specific structure of the joint is omitted.
And the wall panel body 1 with a bay window is rectangular in front view.
The horizontal direction is the same as the horizontal direction, and the vertical direction is the same as the vertical direction.
You. Wall panel body 1 with bay window and lateral structural member C
Will be described. Wall panel body 1 with bay window
By the mounting member 6 to the horizontal structural members C (beams) on the upper and lower floors
Fixed at multiple locations, for example, two at each of the upper and lower sides
Have been. The joints and number can be selected arbitrarily.
Wear. At the top of the wall panel body 1 with bay window,
6P, but slides according to the change of interlayer deformation
Two variable joints that can be changed to joint 6S
Place the part. On the lower side, the pin joints over all steps
Place two invariant junctions that are 6P. This variability
Joints and invariant joints are classified by structural mechanical models.
That is, the mounting member 6 is viewed from the function. In addition, above
The sides may be invariant joints and the lower sides may be variable joints. Wall panel body 1 with bay window and vertical structural member
P, a joint portion with the general panel body 10 will be described. What
Contact, wall panel body 1 with bay window and longitudinal structural member P (pillar)
Between the wall panel body 1 with bay window and the general panel body 10
Does not have a structural mechanical joint in the longitudinal direction
No. Wall panel body 1 with bay window and general panel body 10, or
Between the wall panel body 1 with bay window and the longitudinal structural members P,
Walls with bay windows can be freely deformed in the vertical direction
The panel body 1 and the general panel body 10 are individually sheared and rotated.
Rolling deformation can be performed. Following horizontal displacement between layers of wall panel 1 with bay window
The function consists of the following two horizontal deformation capabilities. First
The horizontal deformation ability is based on the elastic horizontal deformation generated in the panel section 2.
Horizontal deformation ability. The second horizontal deformation ability is the panel part
2 Clearance between panels provided in the vertical direction at both ends
8 is the horizontal deformation capability in the wall surface. The first horizontal deformation capability will be described. FIG.
2 is the first horizontal deformation capacity with little interlayer horizontal displacement.
This shows the deformed state of the window panel body 1 with a window panel.
A plurality of pin joints 6P are formed on the upper and lower sides of the
You. The horizontal rigidity of the panel frame 4 is low, and the panel
The part 2 has a panel opening 22 at the upper part of the waist wall panel part 21.
Since it has a shape arranged in a stack,
The overall elastic horizontal stiffness is low. Upper frame 4 of panel frame 4
2. The lower frame 43 is fixed to the lateral structural member C (frame structure).
The panel portion 2 has the right side of the panel opening 22.
Shear deformation occurs when the surface shape changes from a rectangle to a parallelogram.
You. The amount of shear deformation of the waist wall panel portion 21 is the panel opening 2
2 is smaller than the horizontal deformation of
Bent at the boundary between the wall panel 21 and the panel opening 22
Transform into a parallelogram. The first horizontal deformation ability is the panel part
2 to horizontal displacement between upper and lower floors
Ability to obey. Next, the second horizontal deformation capability will be described. FIG.
3 is the second horizontal deformation capacity of the wall panel body 1 with a bay window.
This shows a deformed state. Horizontal deformation between layers beyond the first horizontal deformation ability
When the position gradually increases, the water generated at the upper pin joint 6P
Flat force increases. Lateral structural member via mounting member 6
FIG. 11B shows a space between C and the upper frame 42 of the panel frame 4.
Slide as shown. The upper pin joint 6P is slid.
To the wall joint 1S with the bay window.
Does not transmit any more horizontal force and increases horizontal deformation
Nothing. The wall panel body 1 with bay window is between the panels at both ends.
It slides until the clearance 8 closes. 2nd horizontal deformation
The ability is based on the wall panel body 1 with bay window and the longitudinal structural members P, or
Joining of the wall panel 1 with a bay window or the general panel 10
In the part, by the clearance 8 between the panels provided in the vertical direction,
The ability to follow the horizontal displacement between layers in the upper and lower floors in the in-plane direction.
This is a mechanism by the slide joint 6S on the upper side. According to the first embodiment of the present invention, a wall with a bay window
The in-plane horizontal deformation capability of the face panel body 1 is the first horizontal deformation capability.
The sum of the force and the second horizontal deformation ability
It has an inward horizontal deformation capability. The first horizontal deformability and the second horizontal deformability
It is not necessary to have all the power,
2 horizontal depending on the story deformation angle (= story deformation / floor height)
Can be selected and combined as appropriate from the deformation ability
You. In addition, the second horizontal transformation is not necessarily performed after the first horizontal transformation ability.
There is no need to have a mechanism to move to the
1st horizontal deformation ability and 2nd horizontal deformation ability are mixed and
It may be considered as an existing mechanism. The horizontal deformation capability in the in-plane direction is expressed by the interlayer deformation angle.
In other words, in a normal design, the interlayer deformation angle is 1/300 or less.
No performance degradation as a sash member, 1/150
It is required that the sash members are not damaged until
You. A simple addition of a slide joint function to the mounting member 6
Despite the configuration, for example, the limit of performance degradation is 1/10
0, it is easy to reduce the damage limit to 1/50
In-plane horizontal deformation capability can be dramatically improved.
it can. Function to follow horizontal displacement between layers of general panel body 10
Is the same as that of the wall panel body 1 with bay window. General
The function of following the interlayer horizontal displacement of the panel body 10 is as follows.
Consists of horizontal deformation capability. The first horizontal deformation ability is general
Horizontal deformability in wall surface due to elastic deformation of panel body 10
Power. The sash member that is the general panel body 10 is a sash member.
Between the outer frame and the sash member, between the sash window frame and the glass
Elastic deformation due to the predetermined gap required for design
Occurs. The second horizontal deformation ability is on both sides of the general panel body 10.
Due to the inter-panel clearance 8 provided at the end in the vertical direction
This is the horizontal deformation capability inside the wall. (Structural Features) Next, the panel of the first embodiment
The structural features of the section 2 and the bay window section 3 will be described. (1) The wall panel body 1 with a bay window is composed of a panel section 2 and a bay window section 3.
(See FIGS. 2 and 3). (2) Panel part 2 is a non-bearing wall made of RC in the prior art.
What was arranged as a surface member (panel)
The waist wall panel 21 is incorporated. (3) The bay window frame section 5 of the bay window section 3 is a bay window section.
3 and the weight of the sink 9 (vertical force) to the panel frame 4
It consists of a cantilever structure that can transmit
4, see FIG. 7). The bay window 3 is raised to support its own weight.
It is not directly joined to the lower lateral structural member C. Up
The horizontal and vertical deformation of the horizontal structural member C on the lower floor
It only transmits to the bay window 3 via the control unit 2. Bay window
The lower open space Sd (see FIG. 7) below the bay window bottom 32 of FIG.
To form The structural member that supports the weight of the bay window 3 is horizontal.
Because it is not provided from the structural member C
Sd forms a space without obstacles. (4) The wall panel body 1 with a bay window is provided on the upper and lower sides of the panel unit 2.
Joined to the horizontal structural members C on the upper and lower floors by the mounting member 6
(See FIG. 5). (5) The wall panel body 1 with bay window is inward
A machine that follows the horizontal displacement between layers during an earthquake, both in the horizontal and vertical directions
The function is the same as that of the general panel body 10 (see FIGS. 12 and 13).
See). Bay window frame 5 of wall panel body 1 with bay window is cantilevered
Window 3 and sink 9
Joined to the upper and lower lateral structural members C to support the weight
Not. The in-plane direction of the wall panel body 1 with a bay window is a panel.
Only the part 2 is joined to the upper and lower lateral structural members C.
Therefore, the wall panel body with bay window 1 shown in FIG.
The wall structure formed by combining with the panel body 10
And the wall panel body with bay window 1 having a bay window is
The function to follow the horizontal displacement between layers in the
It has the same characteristics as the general panel body 10 which is not provided. The structure of the panel section 2 and the bay window section 3 of the first embodiment
The effect brought by the characteristic feature will be described. (1) The wall panel body 1 with a bay window has a panel section 2 and a bay window section 3.
Because it is configured in combination, the appearance, structure,
The frame of the bay window frame 5 can be freely selected. Pa
The flannel 2 is similar to the general panel body 10 without the bay window 3.
It can be structured. Panel 2 and bay window 3 are factory
And can be manufactured integrally. Panel 2 and bay window
3 may be manufactured separately at the factory and combined at the construction site
No. (2) The panel section 2 is composed of a waist wall panel section 21.
So that it can be used to install bay windows with conventional technology.
The built-in non-bearing RC wall is unnecessary. Conventional
Various problems of the technology can be solved. Primarily,
Increased flexibility and flexibility in layout of dwelling units in building plans
You. Diversity of floor plan of each dwelling unit, life size of residents
It is possible to freely change the floor plan in response to changes in the vehicle
Wear. Second, the horizontal displacement between the upper and lower floors during an earthquake
Fully demonstrates the ability to follow. Third, simple construction
Simply attached. Even if you are not a skilled sash craftsman,
Work efficiency is improved because it can be easily installed at the construction site
You. Shorter construction period and higher quality are achieved. (3) Wall panel body 1 with bay window and general panel
Wall structure for closing wall opening O by combining with body 10
A body can be formed (see FIG. 1). Wall structure
Is equivalent to one floor per floor surrounded by columns and beams
A wall that matches the front shape of the large wall opening O
Can be achieved. (Embodiment 2) FIGS. 14 and 15 show an embodiment.
2 is shown. The difference from the first embodiment is that the panel
The wall panel 23 is placed over the opening 22
And the plate body is attached to the entire surface of the bay window sides 31R and 31L.
That is, the bay window frame 5 is configured. By making the height of the bay window section 3 small,
The panel section 2 includes a waist wall panel section 21 and a panel opening section 2.
2. A rectangular shape in which the hanging wall panel portions 23 are stacked.
Form a front. The wall panel part 23 is a waist wall panel part 2.
1, for example, in addition to the hollow panel member,
And a flat panel member. ventilation
Pipes such as ducts pierce through the wall panel 23
It can be provided as follows. Bay window side 31R, 31L
The metal plate is desirably a thin metal plate, but the fiber reinforced core
Use a plate made of concrete, wooden, glass, synthetic resin, etc.
May be used. The bay window side portions 31R and 31L are planar (panel
) Cantilever structure, so combine linear members
In addition, the rigidity and proof strength are higher than those of a substantially “reverse U-shaped” frame.
It has the advantage of being easy. The bay window framing part 5 has its entire structure.
In addition to the configuration, a cantilever structure is
Change the appearance of bay window 3
Let me do. (Third Embodiment) FIG. 16 shows a third embodiment.
You. The third embodiment is different from the first embodiment in that
So that the sink internal space 95 can be used as
To form a sink part and a storage part
Omitted), each lid 323 so that each part can be opened and closed independently.
L, 323R, 92L, and 92R. This
With the configuration as shown in FIG.
It can be used as a storage, and each part can be
Can be opened and closed by itself. (Fourth Embodiment) FIG. 17 shows a fourth embodiment.
You. The fourth embodiment is different from the first embodiment in that
That is, 9 was enlarged and extended to the indoor side. this
When the sink 9 is extended to the indoor side like this,
The sink 9 can be used with a margin. (Fifth Embodiment) FIG. 18 shows a fifth embodiment.
You. The fifth embodiment is different from the first embodiment in that a bay window cover is used.
On the back of sink 9 so that things can rest on body 323
A sink opening / closing lid 92B that pivots a part of the side in the vertical direction;
It was done. Thus, the sink opening / closing lid 92B is provided.
Place the object on the bay window cover 323
Even in this case, by using the sink opening / closing lid 92B,
Sink 9 can be used. In addition, each lid 32
3, 92B is opened to make the indoor opening 91I larger.
Can improve work efficiency.
You. (Sixth Embodiment) FIG. 19 shows a sixth embodiment.
You. The sixth embodiment is different from the first embodiment in that
Part or all of the front part of the sink No. 9 (in the sixth embodiment,
Sink opening / closing lid that rotates the entire front part of the sink vertically
The front of the sink 9 is the bay window 3
So that it does not protrude almost the same as the
That is. In this way, the front part of the sink can be opened and closed
By setting it to 92F, the front of the sink is the bay window of bay window 3.
It is not necessary to protrude from the front part 34,
A single straight line can be formed between the bay window front part 34 and the design.
I can make it. (Seventh Embodiment) FIG. 20 shows a seventh embodiment.
You. Embodiment 7 is different from Embodiment 1 in that each lid
Do not close the bay window front part 34 with the 323 and 92 opened.
Window bay 323 in the vertical direction
The opening 91I (the bottom opening)
Part 322) is opened, and the sink opening / closing lid 92 is moved to the outdoor side.
By pivoting in the vertical direction, the outdoor opening 91O is opened.
Is to be released. (Eighth Embodiment) FIG. 21 shows an eighth embodiment.
You. The eighth embodiment is different from the first embodiment in that
9 can be used only from the indoor side. (Embodiment 9) FIGS. 22 and 23 show an embodiment.
9 is shown. Embodiment 9 is different from Embodiment 1 in that
The panel 2 has a hanging wall panel 23 (a panel opening 22).
Above), sleeve wall panel 24 (on both sides of panel opening 22)
The cantilever 56 is provided under the bay window bottom 32.
That the container means was replaced with a sink 9A instead of the sink 9.
That is. The storage 9A may be the sink 9.
No. [0098] The hanging wall panel section 23 and the sleeve wall panel section 24
By providing, the front shape of the bay window part 3 is reduced,
Change the beauty of the bay window 3 seen from the room,
2 to provide equipment piping, storage space, irregularities, etc.
Can be. The bay window frame 5 is formed of a single material cantilever 56.
Supports the own weight of bay window 3 and storage 9A
Construct a cantilever structure. Bay window frame part 5 is a three-dimensional frame, plane
The appearance shape and material of the bay window part 3 are different from the case where it is composed of a frame.
Greater freedom in choosing quality. For example, the bay window 3
The convex space can be formed only by the window glass. In the above-described embodiment, an architecture having a plurality of floors
Although the example has been described, it can be applied to a single-family house.
You. The structural type of a detached house is wooden, steel, RC
And the like. Also, any of the above-described embodiments
Of the invention of the present invention applied to the exterior wall on the balcony side of an apartment building
However, the present invention is not limited to this.
Other exterior walls of the apartment complex (for example, exterior walls on the common corridor side),
It can be applied to inner walls in living spaces. And the basis of apartment houses
The floor type of the second floor is not limited to the one-way corridor,
Type, hollow core type, wild goose type and the like. Also, the use of the building is limited to the apartment house.
Wide for office and hotel building structures
Applicable to a wide range of floors from low to high
Can be applied. This invention applies only to new buildings
Widely applied to renovated wall structures of existing buildings
it can. The front surface of the wall panel with bay window is rectangular.
However, the present invention is not limited to this.
Of the invention is a wall panel body with a bay window having an arbitrary front shape and wall thickness
May be applied. In addition, wall panels with bay windows and general panels
I explained about the wall structure combining the bodies, but the bay window
It can be composed only of the attached wall panel body. In the wall panel with bay window, the panel portion is opened on the wall.
Formed to fit the mouth dimensions and pre-fabricated at the factory
Later, it is transported to the construction site, where it is
It is common to be attached. However, this departure
Akira is not limited to this.
By attaching to the wall opening to form a wall panel body with bay window
Is also good. Further, for example, a light
By applying antibacterial treatment with a medium, etc., the sink and
Storage can be kept clean, sink, storage
In addition, for example, by installing a ventilation fan,
The moisture and odor of the storage can be released outside. Sa
In addition, the explanation was made using an example in which the sink was a housework sink.
It may be used as a sink for cooking such as clean food. Also, the bay window and the sink or the storage are
As described in the case of physically forming, the bay window and sink or
Is manufactured separately from the storage, and both at the factory or construction site
May be joined. Then, set aside the bottom of the bay window.
By hanging the lock and / or storage
Link and / or storage box with its own weight (vertical force)
Although it was explained in the case where it was supported by the bay window frame that constituted the structure,
Reduce the sink (and / or storage) 's own weight (vertical force)
It may be supported by a cantilever structure directly from the frame. [0090] As described above, according to the first aspect of the present invention,
This has the following effects. (1) The wall panel with bay window combines the panel and bay window
Since it is configured alongside, the appearance of the bay window, structure, bay window frame
The skeleton of the part can be freely selected. The panel part is
The structure can be similar to a general panel body without a bay window.
Wear. The panel and bay window are integrated at the factory
Is common, but the panel part and the bay window part are manufactured separately.
They may be combined at the construction site. (2) The panel portion incorporates a waist wall panel portion.
Therefore, it is necessary to construct a lumbar wall, which is a non-bearing wall made of RC.
No need. Various problems of the prior art can be solved.
Wear. First, the freedom of layout of the dwelling units in the architectural plan,
Greater flexibility. Diversity of floor plan of each dwelling unit, residents
Changes in floor plans in response to changes in the life cycle of
can do. Second, upper and lower layers during an earthquake
Fully demonstrates the function of following the horizontal displacement. Third,
Can be easily installed at the construction site. Skilled sash craftsman
Even if not, work easily because it can be easily installed at the construction site
Efficiency improves. Shorter construction period and higher quality are achieved. (3) The bay window frame section of the bay window section includes the bay window section and the bay window section.
And the weight (vertical force) of the container means to the panel frame
Because it is composed of a cantilever structure that can
The structural members that support the weight of the
Not. The in-plane direction of the wall panel with bay window is the panel
Only the part is joined to the upper and lower lateral structural members. did
Therefore, the wall panel body with bay window has an in-plane direction and an out-of-plane direction.
The function to follow the horizontal displacement between layers during an earthquake
Can be the same as the body. In addition, the bay window bottom of the bay window
The lower open space is formed below the lower part.
Using a room, house sink, storage, etc. from the bay window
Can be hung. (4) The container means is disposed below the bay window.
In form, it is a container installed under the bay window, but indoors
It has the function of a container that can be used from the side. Ma
Open the lower part of the container means, which is originally a dead space.
Utilizing the discharge space, for example, outdoor units for air conditioners, water heaters, etc.
Can be arranged. [0094] [0095] [0096] [0097] [0098] [0099] [0100] [0101](5) The interior space of the container means is the indoor opening
Through the outdoor space through the outdoor side opening
Because it communicates with the space, not only indoors but also outdoors
They can also use container means. Therefore, the room
Take out what is stored inside the container means from the inside from the outdoor side
The container inside the container means from the outdoor side
Can be taken from

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a wall structure in which a wall panel with bay window according to a first embodiment of the present invention is arranged. FIG. 2 is a perspective view of a wall panel body with a bay window shown in FIG. 3 is a detailed sectional view of a sink portion of the wall panel body with bay window shown in FIG. 1. FIG. FIG. 4 is an exploded perspective view showing a configuration of a panel framing portion and a bay window framing portion of FIG. 2; FIG. 5 is a front view showing a panel portion of the wall panel body with bay window according to the first embodiment. FIG. 6 is a front view showing a bay window portion of the wall panel body with bay window according to the first embodiment. FIG. 7 is a sectional view taken along line AA of FIG. 5; FIG. 8 is an explanatory diagram illustrating functions of an indoor sink and an outdoor sink. FIG. 9 is an explanatory diagram showing a use state of a sink. FIG. 10 is a longitudinal sectional view illustrating a mechanical mechanism for transmitting the dead weight (vertical force) of the bay window and the sink to the vertical frame of the panel frame. FIGS. 11A and 11B are explanatory views showing a mounting state and a sliding state of the mounting member on the upper side of the panel unit. FIG. 12 is an explanatory view structurally describing a function (first horizontal deformation ability) of following an interlayer horizontal displacement between upper and lower floors of a wall panel body with a bay window during an earthquake. FIG. 13 is an explanatory diagram for structurally explaining a function (second horizontal deformation capability) of following an interlayer horizontal displacement between upper and lower floors of a wall panel body with a bay window during an earthquake. FIG. 14 is a front view showing a bayonet-mounted wall panel body according to a second embodiment of the present invention. FIG. 15 is a sectional view taken along line BB of FIG. 14; FIG. 16 is a perspective view showing a wall panel body with a bay window according to a third embodiment of the present invention. FIG. 17 is a detailed sectional view of a sink portion of the wall panel body with bay window according to the fourth embodiment of the present invention. FIG. 18 is a detailed sectional view of a sink portion of the wall panel body with bay window according to the fifth embodiment of the present invention. FIG. 19 is a detailed sectional view of a sink portion of the wall panel body with bay window according to the sixth embodiment of the present invention. FIG. 20 is a detailed sectional view of a sink portion of the wall panel body with bay window according to the seventh embodiment of the present invention. FIG. 21 is a detailed sectional view of a sink part of a wall panel body with bay window according to an eighth embodiment of the present invention. FIG. 22 is a front view showing a wall panel body with bay window according to a ninth embodiment of the present invention. 23 is a sectional view taken along line CC of FIG. 22. FIG. 24 is a perspective view of a balcony side of one conventional dwelling unit (one span, one floor). DESCRIPTION OF SYMBOLS 1 Wall panel body with bay window 2 Panel section 21 Waist wall panel section 22 Panel opening section 23 Leaning wall panel section 24 Sleeve wall panel section 3 Window sections 31R, 31L Window side section 32 Window bottom section 321 Bottom plate 322 Bottom opening Portion 323 Bay window cover 33 Bay window top 34 Bay window front 4 Panel frame 41R, 41L Vertical frame 42 Upper frame 42a, 42b Engagement ridge 43 Lower frame 44 Middle frame 5 Bay window frame 51R, 51L Vertical beam 52 Front beam lower beam 53 Front upper rail 54R, 54L Side lower rail 55R, 55L Side upper rail 56 Cantilever 6 Mounting member 6P Pin joint 6S Slide joint 6a, 6b Groove 7 Reinforcing bar 8 Inter-panel clearance 9 Sink 9A Storage room 91I room Inside opening 91O Outdoor opening 92 Sink opening / closing lid 92L Sink opening / closing lid 92R Sink opening / closing lid 92B Sink opening / closing lid 92F Sink opening / closing lid 9 Shower 94 Piping 95 Sink internal space 10 General panel body O1 First wall opening O2 Second wall opening O Wall opening P Vertical structural member C Horizontal structural member E Sleeve wall M Small wall A Waist wall W Bay window K Sink T Trash Sd Open space below

──────────────────────────────────────────────────の Continued on the front page (51) Int.Cl. ⁷ Identification code FI E04B 2/56 E04B 2/56 641M 641 643A 643 E04C 2/52 V E04C 2/52 E04H 1/04 C E04H 1/04 E04C 2 / 46 A (72) Inventor Kunio Watanabe 1-9-1-1 Nakase, Mihama-ku, Chiba-shi, Chiba Mitsui Construction Co., Ltd. Makuhari Office (72) Inventor Takeshi Tanaka 70 Hayakawa, Takaoka-shi, Toyama Sankyo Aluminum Industrial Co., Ltd. In-company (72) Inventor Ichiro Mizutani 70 Hayakawa, Takaoka City, Toyama Prefecture Inside Sankyo Aluminum Industry Co., Ltd. (56) References JP-A-5-133023 (JP, A) JP-A-3-176587 (JP, A JP-A-4-213645 (JP, A) (58) Fields investigated (Int. Cl. ⁷ , DB name) E04B 2/00-2/56

Claims (1)

(57) [Claims] [Claim 1] A panel disposed in an in-plane direction of a wall panel body with a bay window, a bay window protruding outward from the panel section, and a A wall panel body with a bay window provided with container means disposed below, wherein the panel section includes a panel frame section formed in a frame shape and a waist wall panel section, and the bay window section includes a panel frame. A bayonet frame part configured in a cantilevered structure from the part, the container means has an indoor side opening in the bayonet part and / or the waist wall panel part, and the internal space of the container means is provided through the indoor side opening part A wall panel body with a bay window, wherein the wall panel body has a bay window and communicates with an outdoor space through an outdoor opening .