JPH09158502A - Structure of apartment house - Google Patents

Abstract

PROBLEM TO BE SOLVED: To secure privacy and facilitate daylighting in living rooms, and also facilitate daylighting and natural ventilation for water facilities. SOLUTION: A common corridor 9a adjacent to the first structure plane body and a plurality of dwelling houses 15 parallelly and adjacently arranged at one side of the common corridor are erected in respective floor spaces 13 of a building frame structure 100 provided with the first, second, and third structure plane bodies 5, 2, 3. A plurality of light courts 11 vertically piercing a plurality of slabs 60 are provided so as to be linearly arrayed and adjacent to one side of respective common corridors, between the first and third structural plane bodies. The dwelling house is provided with the first indoor part 15a between the first and third structural plane bodies and the second indoor part 15c between the second and third structural plane bodies. The light court is arranged between the adjacent first indoor parts and adjacently to the second indoor part through the lighting window 50. Water facilities 30 are arranged in respective first indoor parts to face one of the light courts and habitable rooms 21 are arranged in respective second indoor parts to face the light court through the lighting window.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a structure of an apartment house applied as a structure such as a single corridor type condominium.

[0002]

2. Description of the Related Art Conventionally, many one-way corridor type apartments have been constructed. In a conventional one-hall corridor-type condominium, by arranging another room other than the room on the balcony side adjacent to the common corridor, it has a structure that allows lighting of the other room from the common corridor side. There is something.

[0003]

However, in the structure in which the living room is arranged adjacent to the common corridor as described above, it becomes easy for a passerby in the common corridor to see the living room. In addition, the sound of conversation in the living room is easily heard in the common corridor. That is, there is a problem in ensuring privacy in the living room. In addition, in the structure in which the living room is arranged adjacent to the common corridor, the space adjacent to the common corridor is limited by the amount of the living room arranged, and the water facility (that is, washroom, bath, etc.) is adjacent to the common corridor. It becomes difficult to place it. As it becomes difficult to place water facilities next to a common corridor, it will be difficult to illuminate and naturally ventilate the water facilities.

Therefore, in view of the above circumstances, the present invention can secure privacy in a room other than the room on the side of the balcony, and can easily illuminate the room, as well as illuminate and naturally ventilate the water facility. The purpose is to provide the structure of an apartment house.

[0005]

That is, the first aspect of the present invention is to provide first and second structure members (5, 2) extending in a predetermined column direction (arrow A, B direction) and , These first,
A frame structure (100) having a third structure structure (3) arranged between the second structure structures (5, 2) and extending in the column direction (arrow A, B direction). And a plurality of horizontal slabs (60) supported in a layered manner in the skeleton structure (100).
Floor space (13) between the floor space (0, 60) and in the floor space (13) adjacent to the first structure structure (5) in the column row direction (arrow A, B direction). ) Is provided with an extended shared corridor (9a), and a plurality of dwelling units (15) are provided in each floor space (13) on one side of the shared corridor (9a) so as to be adjacent to the shared corridor (9a). It is provided in parallel in the column row direction (arrow A, B direction), and the plurality of the plurality of frame structures (100) are provided between the first and third structure structures (5, 3). A plurality of daylighting void spaces (11) vertically penetrating the slab (60) are formed such that these daylighting void spaces (11) are adjacent to one side of the common corridor (9a) in each floor space (13). In the column (1) in the column row direction (arrow A, B direction), the dwelling unit (15) Non-residential sites (15a)
And a living room part (15c), the non-resident part (15c)
a) is arranged between the first and third structure members (5, 3), and the living room part (15c) is the second and third members.
Between the construction structures (2, 3) of the living room (11), the daylight blow-through space (11) in the floor space (13) is a non-resident portion (15a, 15a) of the dwelling units (15, 15) adjacent to each other. 15a) and at least one of the living room parts (15c, 15c) of these dwelling units (15, 15) is adjacent to the living room part (15c) via the through-lighting part (50). The non-resident part (1) is attached to the non-resident part (15a) of each dwelling unit (15).
5a), the water facility (30) is arranged so as to face one of the daylighting void spaces (11) adjacent to each of the dwelling units (1).
In the living room part (15c) of 5), the living room (21) is arranged so as to face the daylight blow-through space (11) through the blow-through daylighting section (50).

A second aspect of the present invention is the structure of the housing complex (1) of the first aspect, wherein each of the dwelling units (1) is
In the non-residential part (15a) of 5), the common corridor (9a)
An entrance (40) is provided adjacent to each of the dwelling units (1
5) In the non-resident part (15a), the non-resident part (15a)
An indoor passage (26) having a shape connecting the entrance (40) and a living room part (15c) of the dwelling unit (15) is provided so as to face the other daylighting space (11) adjacent to a). Consists of

A third aspect of the present invention is the structure of the housing complex (1) according to the first aspect, wherein each unit (1)
In 5), the slab (60) is a first bridge supported between the first and third frame structures (5, 3).
A slab (6) and the second and third structural members (2,
3) composed of a second slab (9) erected and supported between the upper surface position (6b) of the first slab (6) and the upper surface position (9b) of the corresponding second slab (9). Also placed low.

A fourth aspect of the present invention is the structure of the housing complex (1) of the first aspect, wherein each of the dwelling units (1) is
In 5), the slab (60) is recessed at a position corresponding to the water facility (30).

Note that the numbers in parentheses are for convenience of indicating corresponding elements in the drawings, and therefore the present description is not limited to the description on the drawings. The same applies to the following “action” column.

[0010]

According to the first aspect of the present invention having the above-described structure, the living room (21) other than the living room (22) on the side of the balcony is provided.
In this case, the lighting is performed from the lighting blow-through space (11) through the blow-through lighting section (50). In addition, a daylighting space (11) is interposed between the skylight collecting part (50) and the common corridor (9a), and a non-residential space is provided between the living room part (15c) and the common corridor (9a). The part (15a) and the daylight blow-through space (11) are interposed. Further, daylighting and natural ventilation of the water plant facility (30) are performed from the daylighting space (11).

Further, in the second aspect of the present invention, the lighting of the indoor passage (26) is performed from the lighting blow-through space (11).

Further, in the third aspect of the present invention, the upper surface positions (6b, 9) of the first slab (6) and the second slab (9).
By utilizing the difference (H1) of b), the floor member (23) is installed on the first slab (6) side, so that the non-resident part (15a) of the dwelling unit (15) has a double floor structure.

Further, in the fourth aspect of the present invention, the recess (65) formed in the slab (60) is utilized to make the recess (6).
The floor member (23) is installed at the position of 5), and the water facility (3
The position corresponding to 0) has a double floor structure.

[0014]

Embodiments of the present invention will be described below with reference to the drawings. 1 is a plan sectional view showing an example of the structure of an apartment house according to the present invention, FIG. 2 is a schematic plan sectional view showing the entire apartment house shown in FIG. 1, and FIG. 3 is a line X1-Y1 in FIG. Sectional drawing, FIG. 4 is a vertical sectional view showing another example of the structure of the housing complex according to the present invention, and FIG. 5 is a schematic plan sectional view showing another example of the structure of the housing complex according to the present invention. is there.

The condominium 1 which is an apartment house such as a reinforced concrete structure has a skeleton structure 100 as shown in FIG. 2, and the skeleton structure 100 is composed of a first structure structure 5 and a second structure structure. It has a body 2 and a third structure member 3. First
The framing structure 5 has a plurality of pillars 5a that are erected on the ground (not shown), and these pillars 5a are arranged in a row in parallel along the directions of arrows A and B, which are horizontal girder directions. Has been done. A plurality of horizontal beams 5b extending in the directions of arrows A and B (illustrated by a chain double-dashed line in FIG. 2) are joined and supported between the plurality of columns 5a, and these columns 5a and beams 5b have a predetermined rigid frame structure. Is formed. The second structure member 2 has a plurality of pillars 2a that are erected on the ground (not shown),
These pillars 2a are arranged in parallel in a row along the direction of arrows A and B in the figure, which is the horizontal column direction. A plurality of horizontal beams 2b extending in the directions of arrows A and B between the plurality of columns 2a.
(Indicated by a chain double-dashed line in FIG. 2) is joined and supported, and the columns 2a and the beams 2b form a predetermined rigid frame structure. Further, the third structure member 3 has a plurality of pillars 3a which are erected on the ground (not shown), and each pillar 3a corresponds to each pillar 2a of the second structure member 2 and They are arranged in a one-to-one correspondence with the horizontal direction perpendicular to the directions of arrows A and B, that is, the directions of arrows C and D in the drawing, which are the directions between the beams. Further, the intervals between the corresponding columns 2a and 3a are predetermined intervals L1 in the directions of arrows C and D. That is, the plurality of pillars 3a are arranged in parallel in a row along the horizontal directions of arrows A and B in the drawing. A plurality of horizontal beams 3b extending in the directions of arrows A and B (illustrated by a chain double-dashed line in FIG. 2) are joined and supported between the plurality of columns 3a.
Form a predetermined ramen structure. In addition, each pillar 3a
Between the columns 5a of the first structural member 5 and the arrows C, D
The distance in the direction is a predetermined distance L2. However, the pillars 5a and the pillars 3a are not necessarily arranged in the directions of the arrows C and D.

Between the first structure member 5 and the third member structure 3, as shown in FIGS. 2 and 3, a plurality of horizontal first members are provided.
The slabs 6 are provided in upper and lower layers (however, only one first slab 6 is shown in FIGS. 2 and 3), and each first slab 6 is a beam arranged corresponding to the directions of arrows C and D. Three
It is in a state of being respectively supported and joined to b and 5b.
Each of the first slabs 6 is formed with a protrusion 6c that protrudes from the first structure member 5 on the arrow C side in the drawing by a predetermined length L4. In addition, the first slabs 6 that are vertically adjacent to each other,
A first floor space 7 is formed between the spaces 6. On the other hand, as shown in FIGS. 2 and 3, a plurality of horizontal second slabs 9 are provided in upper and lower layers between the second structure member 2 and the third structure member 3 (however, 2 and 3
In which only one second slab 9 is shown), each second slab 9
The slab 9 is a beam 2 arranged corresponding to the directions of arrows C and D.
It is in a state of being respectively supported and joined to b and 3b.
It should be noted that each second slab 9 is formed with a protrusion 9c that protrudes from the second structure member 2 on the arrow D side in the figure by a predetermined length L3. In addition, the second slabs 9 that are vertically adjacent to each other,
A second floor space 12 is formed between the spaces 9. By the way, each second slab 9 is arranged in a one-to-one correspondence with each first slab 6, and the upper surface position 6b of each first slab 6 is higher and lower than the upper surface position 9b of the corresponding second slab 9. It is arranged at a position lower by a predetermined difference H1 in the direction. In this embodiment, the first slab 6 and the second slab 9 corresponding to each other are supported and joined to the same beam 3b in the third structural member 3 as shown in FIG. That is, the beams 3b of the third structure member 3 have a vertical difference H1.
A shape that is vertically longer than a normal beam (for example, the beams 2b, 5b, etc.) so that the first slab 6 and the second slab 9 having a space of 2 can be joined and supported together (a shape that is longer by at least the difference H1). ) Is formed. The first slab 6 and the second slab 9 corresponding to each other form one slab 6
0 is configured, so this slab 60 has a difference H1.
It is a horizontal slab with a step formed by. Further, between the vertically adjacent slabs 60, 60, as described above, the first floor space 7 is formed at the position of the first slab 6, and the second floor space 12 is formed at the position of the second slab 9, respectively. However, the first floor space 7 and the second floor space 7 corresponding to each other
The floor spaces 12 are continuous in the directions of arrows C and D and form one floor space 13. In other words, the floor space 13 is provided between the vertically adjacent slabs 60, 60.

Further, in each floor space 13, as shown in FIG. 2, an arrow A in the drawing is formed on the upper surface side of the projecting portion 6c of the first slab 6 and thus adjacent to the first structural surface structure 5. , A common corridor 9a extending in the B direction is provided, and one side of the common corridor 9a (that is, the arrow D side) is provided with a plurality of parallel arrangements in the arrow A and B directions adjacent to the common corridor 9a. A dwelling unit 15 is provided. The first of the 15 units
And a portion between the third structure members 5 and 3, that is, the interval L.
The portion corresponding to 2 is the first indoor portion 15a, and the portion between the second and third structure members 2 and 3, that is, the portion corresponding to the interval L1 is the second indoor portion 15c. There is.
Each dwelling unit 15 has a second slab 9 in the second floor space 12.
It also includes a portion corresponding to the protruding portion 9c, that is, a portion corresponding to the length L3, and this portion in each dwelling unit 15 is a balcony portion 6a. Furthermore, the frame structure 1
00, between the first and third structure members 5 and 3,
A plurality of light coats 11 that vertically penetrate through the plurality of slabs 60, which are lighting spaces, and are adjacent to one side (that is, the arrow D side) of the common corridor 9a in each floor space 13. Are provided in a row in the directions of arrows A and B. Each light court 11 is arranged in each floor space 13 between the first indoor parts 15a, 15a of the dwelling units 15, 15 adjacent to each other, and is also adjacent to the second indoor parts 15c, 15c of these dwelling units 15, 15. Are arranged. Therefore, the adjacent dwelling units 15, 1
5, the first indoor portions 15a, 15a are separated by the light coat 11. In addition, adjacent dwelling unit 1
Between 5 and 15, the second indoor sections 15c and 15c are partitioned by a predetermined wall member 16 such as an earthquake resistant wall.

The first indoor section 15a of each dwelling unit 15 has a structure shown in FIG.
As shown in, the water facility 30 is arranged so as to face the light coat 11 on one side (arrow B side in FIG. 1) adjacent to the first indoor portion 15a. The water facility 30, for example,
It refers to various equipment that uses water, such as a bath unit, a toilet unit, and a toilet unit (however, the embodiment shown in FIG. 1 does not include a kitchen). Further, each of the first indoor sections 15a is provided with an entrance 40 adjacent to the shared corridor 9a, and the first indoor section 15a has the other entrance (FIG. 1) adjacent to the first indoor section 15a. Then, in the form facing the light coat 11 (on the side of arrow A), the entrance 40 and the first
An indoor corridor 26 having a shape in which a second indoor section 15c corresponding to the indoor section 15a is connected is provided. First indoor section 15a
And between the light courts 11, 11 adjacent to both sides of the first indoor section 15a, and between the first indoor section 15a and the common corridor 9a.
The space between them is basically partitioned by a partition member 17 such as a wall member.
Partition member 1 so that the adjacent light coat 11 faces
7 is provided with a water window 52. In addition, the indoor corridor 26
At the position of the light court 1 where the indoor corridor 26 is adjacent.
A corridor window 53 is provided in the partition member 17 so as to face 1. That is, daylighting and natural ventilation for the water facility 30 can be easily performed from the light court 11 side through the waterway window 52, and daylighting for the indoor corridor 26 can be performed.
Can be easily performed from the side of the light coat 11 through. A partition member 1 is provided at the entrance 40 so that it can pass through.
7 is provided with an entrance door 55. The first indoor section 1
As described above, 5a has only the water facility 30, the entrance 40, the indoor corridor 26, and the like, and no place such as a living room where a resident is present for a relatively long time is formed. That is,
The first indoor part 15a is a non-residential part. By the way, in each dwelling unit 15, as shown in FIG.
Using the difference H1 between the upper surface positions 6b and 9b of the second slab 9 and the floor member 23 on the first slab 6 side via the pillars 23a and the like.
Therefore, the first indoor section 15a of the dwelling unit 15 is
It has a heavy floor structure. The pipes and the like for the water field facility 30 in the first indoor section 15a are installed and constructed by utilizing the clearance space 25 between the floor member 23 and the first slab 6 formed by this double floor structure.

On the other hand, in the second indoor section 15c of each dwelling unit 15, as shown in FIG. 1, a plurality of living rooms 21, 22 and the like are arranged. That is, the living rooms 22 and 22 are arranged adjacent to the balcony 6a of the dwell unit 15. The other rooms 21 and 21 other than these rooms 22 are the second room part 15c.
Are arranged so as to be adjacent to the light coats 11 and 11. A partition member 19 such as a wall member is provided between the second indoor section 15c and the light coats 11, 11 adjacent to both sides of the second indoor section 15c and between the second indoor section 15c and the balcony section 6a. It is divided into
At the positions of the living rooms 22 and 22, the partition members 19 are provided with the balcony doors 45 and 45 so that the living rooms 22 and 22 face the adjacent balcony parts 6a. In addition, living rooms 21, 2
At position 1, the daylighting windows 50, 50 are provided in the partition member 19 so that the living rooms 21, 21 face the adjacent light coats 11, 11, respectively. That is, the living room 22,
Light and natural ventilation for 22 can be easily performed from the balcony 6a side through the balcony doors 45, 45.
It can be easily performed from the side of the light coat 11, 11 through 0. In this embodiment, as shown in FIG.
Second light bulbs 62, 62 having a shape projecting in the direction of arrow C from the living rooms 21, 21 to the light coat 11, 11 side are second.
The slab 9 is provided continuously. But the second
The balcony parts 62, 62 are not essential elements for constructing the present invention.

In the above-described embodiment, the slab 60 in each dwell unit 15 has a vertical difference H at the upper surface positions 6b and 9b.
1 is composed of a first slab 6 and a second slab 9, but the slab 60 is basically the same as the first slab structure 5 to the second slab structure 2 as shown in FIG. A flat slab 60 may be used. When this flat slab 60 is adopted, as shown in FIG. 4, in order to make the position corresponding to the water field facility 30 a double floor structure, the position of the slab 60 corresponding to the water field facility 30 is set. The depressions 65 are provided so that the depressions 65 are provided. In other words, by using the recess 65 formed in the slab 60, the floor member 23 is located at the position of the recess 65.
Is installed, and the position corresponding to the water facility 30 has a double floor structure.

Further, in the above-described embodiment, the light coat 11 between the two adjacent dwelling units 15 and 15 is the same as the dwelling unit 1
The light coats 11 between the two adjacent dwelling units 15 and 15 are arranged adjacent to the second indoor units 15c and 15c of the dwell units 5 and 15, respectively, as shown in FIG. 5, for example. It may be arranged adjacent to only one of the second indoor sections 15c, 15c.

In the above-described embodiment, the first, second, and third frame structures are first, second, and third frame structures 5, 2, and 3 which are ramen frame structures. However, as the first, second, and third construction structures, a well-known wall structure (in this case, the housing complex is relatively low-rise)
Can also be adopted.

The above-described embodiment may be improved as follows. For example, when the condominium 1 is a relatively high-rise building, the space between the first and third construction structures 5 and 3 may be changed as shown in FIG.
It may be desired to further increase the rigidity in the arrow C and D directions. In such a case, the pillar 5a of the first structural member 5 and the third
A horizontal beam 70 (shown by a chain double-dashed line) that crosses the light coat 11 between the columns 5a and 3a of the columns 3a of the framing structure 3 that are arranged to face each other in the directions of arrows C and D. Set up. Since the beam 70 does not divide the light coat 11 into upper and lower parts (since it is not like a slab), the light coat 11 is effective as a daylight blow-through space even if the beam 70 is installed.

[0024]

As described above, the first aspect of the present invention is the first and second structure members 5 and 2 and the wall structure member extending in the predetermined column and row directions such as the arrow A and B directions. First, second, etc.
Structure structure and a third structure structure such as a wall structure and a third structure structure 3 disposed between the first and second structure structures and extending in the column direction. A skeleton structure such as a skeleton structure 100 having a plurality of horizontal slabs, such as horizontal slabs 60, is supported in a layered manner on the skeleton structure, and a floor space is provided between the slabs that are vertically adjacent to each other. 13 floor spaces are provided, and in each floor space, a shared corridor such as a shared corridor 9a extending in the girder direction is provided adjacent to the first structure structure in each floor space. A plurality of dwelling units, such as dwelling units 15, are provided on one side of the shared corridor and arranged in parallel in the girder row direction so as to be adjacent to the shared corridor, and the first and third of the frame structures are provided.
Between the construction structures of (1) and (2) above, a plurality of light-collecting void spaces such as a plurality of light coats 11 vertically penetrating the plurality of slabs are adjoined to one side of the common corridor in each floor space. In a row in the column direction, the dwelling unit has a non-living room portion such as the first indoor portion 15a and a living room portion such as the second indoor portion 15c, and the non-living portion is the first and third Placed between the structure structures of
The living room part is arranged between the second and third construction surface structures, and the daylight blow-through space is arranged between the non-residential parts of the dwelling units adjacent to each other in the floor space, and At least one of the dwelling units of the dwelling unit is arranged adjacent to the dwelling unit through the through-lighting unit such as the lighting window 50, and the non-dwelling unit of each dwelling unit,
A water field facility such as a water field facility 30 is arranged so as to face one of the daylighting void spaces adjacent to the non-residential part, and a living room such as a living room 21 is provided at the living part of each dwelling unit, and the wind-through lighting part is provided. Since it is arranged so as to face the daylight-blowing space through, the other room other than the living room 22 on the side of the balcony, that is, the room such as the living room 21 is blown by the sunlight or the like from the daylight-blowing space. Since the light is taken in through the lighting unit, it becomes easy to collect light in the living room. Also, the stairwell lighting part of the living room faces the common corridor side, but since the stairwell lighting space of the living room and the common corridor are present, the space for the daylighting stall It is difficult for passers-by in the common corridor to see the inside of the living room through the daylighting section. In addition to this, a resident such as a water facility or the entrance 40 is provided between the common corridor and a living room part including a place where the resident is present for a relatively long time such as the living room. Since there are non-residential parts including only places that exist for a relatively short period of time and the open-air spaces, it is possible to prevent sounds such as conversation in the living room from being heard on the shared corridor side as much as possible. ing. That is, according to the present invention, in a room other than the room 22 on the side of the balcony, it is easy to illuminate the room and the privacy of the room can be secured.
Further, in addition to these effects, since the water facility is arranged so as to face the daylighting space, it is possible to easily perform daylighting and natural ventilation of the waterway facility from the space. Further, since there are a plurality of light-collecting blow-through spaces between the first and third construction-surface structures, the first and third construction-surface structures are connected to each other in the beam-to-beam direction (that is, the arrow in the figure). It is structurally difficult to install a large beam that extends in the C and D directions. However, since the plurality of daylight passing spaces are provided in one column in the column direction, the interval L2 between the first and third structure structures is as much as possible as compared with the case where there are a plurality of light passing spaces. It's getting shorter. That is, since the distance L2 between the first and third structure structures is made as short as possible, the rigidity in the beam direction between the first and third structure structures is not lost as much as possible. Because these are the first
Even if it is difficult to install a large beam in the beam-to-beam direction between the third structure structures, loss of strength of the frame structure due to this is prevented as much as possible, and the safety is high.

The second invention of the present invention is the structure of the housing complex of the first invention, wherein an entrance such as an entrance 40 is provided in a non-residential part of each dwelling unit adjacent to the common corridor, In the non-residential part of each dwelling unit, an indoor passage such as an indoor corridor 26 having a shape connecting the entrance and the dwelling part of the dwelling unit is provided so as to face the other daylighting space adjacent to the non-residential part. Since it is configured as described above, in addition to the effect of the first invention, lighting for the indoor passage can be easily performed from the lighting blow-through space. In addition, when natural ventilation is performed on a dwelling unit, it can be performed from a daylighting space through which the indoor passage faces without opening the entrance, so that privacy is secured and it is also excellent in crime prevention.

A third aspect of the present invention is the structure of the housing complex according to the first aspect, wherein in each of the dwelling units, the slab is installed between the first and third constructional structures. A first slab, such as a supported first slab 6, and the second
And a second slab such as a second slab 9 which is erected and supported between the second slab and the third framing structure, and the upper surface position such as the upper surface position 6b of the first slab corresponds to the upper surface of the corresponding second slab. It is arranged lower than the upper surface position such as the position 9b. That is, since the third structure structure exists between the first and second structure structures, the first slab between the first and third structure structures and the second and Placing the second slab between the third framing structures separately and at different height levels, so that the upper surface position of the first slab is lower than the upper surface position of the second slab. It is structurally easy to place and does not take much time for construction. By the way, it is easy to install and install the piping for the water facility by using a double-floor structure on the floor side and utilizing the space between the floor member and the floor-side slab formed by this double-floor structure. Yes desirable. In the third aspect of the present invention, the floor member 23 is installed on the first slab side by utilizing the difference H1 between the upper surface positions of the first slab and the second slab,
Therefore, it becomes easy to make the non-residential part of the dwelling unit a double floor structure. Therefore, the pipes and the like for the water facility provided in the non-residential part can be easily installed through the gap space 25 created by the double floor structure. That is, in the third aspect of the invention, in addition to the effect of the first aspect of the invention, the installation work such as the piping for the water facility is facilitated. In addition, since the parts that form a double-floor structure in each dwelling unit only need to be non-dwelling parts provided with water facilities, it is not necessary to form a double-floor structure over the entire dwelling unit. Saves time and effort with materials such as parts.

A fourth aspect of the present invention is the structure of the housing complex according to the first aspect, in which the slab is recessed at a position corresponding to the water facility, in each of the dwelling units. It is easy to install the floor member 23 at the position of the dent 65 by using the created dent 65 and form a double floor structure at the position corresponding to the water facility. Therefore,
Pipes and the like for the water facility can be easily installed through the interstitial space 25 created by the double floor structure. That is, in addition to the effect of the first invention, the installation work of piping and the like for the water plant facility becomes easy. In addition, since only a position corresponding to the water facility is required to form a double floor structure in each dwelling unit, the number of parts forming the double floor structure can be minimized. That is, materials such as floor members can be saved.

[Brief description of the drawings]

FIG. 1 is a plan sectional view showing an example of a structure of an apartment house according to the present invention.

FIG. 2 is a schematic plan sectional view showing the entire housing complex shown in FIG.

FIG. 3 is a sectional view taken along line X1-Y1 of FIG. 1;

FIG. 4 is a vertical sectional view showing another example of the structure of the housing complex according to the present invention.

FIG. 5 is a schematic plan sectional view showing another example of the structure of the housing complex according to the present invention.

[Explanation of symbols]

 1 ... Apartment (condominium) 2 ... Second structure structure (second structure structure) 3 ... Third structure structure (third structure structure) 5 ... First structure Structure structure (first structure structure) 6 ... First slab 6b ... Upper surface position 9 ... Second slab 9a ... Common corridor 9b ... Upper surface position 11 ... Lighting space (light coat) 13 …… Floor space 15 …… Dwelling unit 15a …… Non-living room part (first indoor part) 15c …… Room part (second indoor part) 21 …… Room 26 …… Indoor passage (indoor corridor) 30 …… Water facility 40 ... entrance 50 ... opening daylighting part (lighting window) 60 ... slab 100 ... frame structure

 ─────────────────────────────────────────────────── ─── Continued Front Page (72) Inventor Tomohiro Ikezawa 3-10-10 Nihombashi Muromachi, Chuo-ku, Tokyo Inside LIV Architectural Planning Institute (72) Inventor Misao Nagaya 3--10-10 Iwamotocho, Chiyoda-ku, Tokyo No. 1 Mitsui Construction Co., Ltd.

Claims (4)

[Claims] 1. A first structure structure and a second structure structure extending in a predetermined beam direction and a third structure extending between the first and second structure structures and extending in the column direction. Having a skeleton structure having a skeleton structure, the skeleton structure is provided to support a plurality of horizontal slabs in an upper and lower layers, each floor space between the vertically adjacent slabs, respectively, In the floor space, a shared corridor extending in the girder direction is provided adjacent to the first structure structure, and a plurality of dwelling units are provided in each floor space, on one side of the shared corridor, in the shared corridor. A plurality of the plurality of slabs that vertically pass through the plurality of slabs are provided between the first and third structure structures of the skeleton structure in parallel with each other. The lighting stairwells are located in the floor spaces. Provided in one column in the girder direction so as to be adjacent to one side of the shared corridor, the dwelling unit has a non-living room portion and a living room portion, and the non-living room portion is between the first and third construction structures. And the living room part is arranged between the second and third construction structures, and the daylight stairwell space is arranged between the non-living room parts of the dwelling units adjacent to each other in the floor space. In addition, at least one of the living room parts of these dwelling units is arranged so as to be adjacent to the dwelling part via a stairwell lighting section, and in the non-living room part of each dwelling unit, in one lighting stairwell space adjacent to the non-living room part A structure of an apartment house in which a water facility is provided so as to face, and a living room is provided at a living room portion of each dwelling unit so as to face the daylighting space through the daylighting section. 2. A non-living room portion of each dwelling unit is provided with an entrance adjacent to the shared corridor, and a non-living room portion of each dwelling unit faces the other daylighting space adjacent to the non-living room portion. 2. The structure of the housing complex according to claim 1, wherein an indoor passage is formed by connecting the entrance and the living room of the dwelling unit. 3. In each of the dwelling units, the first slab is erected and supported between the first and third frame structures.
A second slab that is erected and supported between a slab and the second and third structure members, and the upper surface position of the first slab is lower than the upper surface position of the corresponding second slab. The structure of an apartment house according to claim 1, wherein: 4. The structure of an apartment house according to claim 1, wherein in each of the dwelling units, the slab is depressed at a position corresponding to the water facility.