JPH02285154A - Three-dimensional housing - Google Patents

Abstract

PURPOSE:To raise the comforting amenity of city-type tall housing by a method in which the height of stair is specified, the floor space is provided with partly housing equipments and residential spaces in a vertically lapped way, and the other is used as living spaces. CONSTITUTION:The stair height H is regulated to about 1.5 times as high as the usual height, and an intermediate slab 14 is formed partly on the floor space for providing a housing equipment portion 11 as high as 0.5 times, living rooms 3 and 4 as high as 1.5 times height of usual ceiling, and living space such as wash room, etc. The remaining space is used as high-ceiling living room 8 by utilizing the stair height of the 1.5 times portion for dining and living spaces. Each of the spaces is connected with steps and outside passage 12 is also provided at the same level with the slab 14. In the portion 11, piping space, bed 30 leading to the living room, rotary racks opened in dining room, and others are provided. Very comfortable housing can thus be formed for the ratio of building volume to the lot size.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application This invention is applicable to Ill! The present invention relates to a three-dimensional residential unit that is suitable for use in buildings in urban areas, such as in urban areas, where land prices are high and intensive use of land is strongly required.

2. Description of the Related Art In conventional residential units, the dedicated floor space is simply utilized to the maximum extent possible with a two-dimensional plan.

Therefore, the expansion of living space and comfort is generally achieved by increasing the floor space, storage, and reducing equipment as much as possible.

In addition, an example of a three-dimensional residential unit that uses dynamic space with changes in height is two-dimensional living units with upper and lower floors connected by stairs, etc.
2nd floor lJ using M! Model housing units are also being implemented.

Problems to be solved by the present invention Even now, there is a strong demand for living in the center of urban areas. Housing in the area is extremely difficult for the general public to obtain due to affordability. The reality is that housing units in urban areas are becoming smaller and smaller as the advanced use of narrow land becomes a priority.
The current situation is that it is impossible to hope for a living lifestyle that satisfies the needs of private space, spaciousness, and comfort.

Furthermore, a two-story residential unit that utilizes the upper and lower 2N has the advantage of being able to use the unit space three-dimensionally, that is, dynamically with changes in the height direction. However, in this case, since the volume is calculated based on the floor area of 2N above and below, there is a problem that the price will eventually double as the living space expands, and these points are issues that need to be resolved. .

Therefore, the purpose of the present invention is to provide housing units for buildings in urban areas and central areas where land prices are particularly high and intensive use of small areas of land is required, in which various urban functions are combined, and the living space is expanded. The goal is to provide three-dimensional residential units with an improved configuration that satisfies the sense of spaciousness, dynamic space use with height changes, and comfort.

Means for Solving the Problems As a means for solving the problems of the above-mentioned prior art, a three-dimensional dwelling unit according to the present invention has a floor height that is omitted, as shown in the embodiments in Figures 1 to 6 of the drawings. Approximately 1.5 layers, with 0.5 layers in a part of the dedicated floor area.
A storage equipment part 11 which is a non-occupied room of ffi is provided, and the above-mentioned 0.
1. Restore ffi to the top and bottom of the 5th layer part. ON living room space part l is living room 2. 3. 4 and bathroom 5, washroom 6, toilet 7
It is characterized in that it is provided as a common area such as the living room 9, dining room 10, etc., and the other 1.5-inch living room space 8 is formed as a spacious area such as the living room 9 and the dining room 10.

Since the storage equipment part 11, which is a non-occupied room with an action of 0.5N, is not a occupied room, it is not subject to the floor area for calculating the floor area ratio.
And, this storage and equipment part 11 is used for various storages in the city,
It can be used to combine the functions of the set Va.

ffi il above and below the 0.5PR part! Do 1,
Since the living room space part 1 on the 0th floor has a floor height equivalent to one floor of a normal residential unit, the living room 2. 3. 4, bathroom 5, washroom 6, and toilet 7, it creates a living environment that is no different from a general sliding door.

The other 1.5-story living space 8, whether it is the living room 9 or the dining room 1O, has a ceiling height (floor i'1ti) of 1.5 stories, so there is no heavy overhead. It frees you from feeling cramped and expands your space, giving you a sense of relaxation.

In this way, the two living space parts 1 and 8 have a dynamic spatial use with visually obvious height variations.

Example The illustrated invention will now be described in detail.

FIG. 1 is an overhead view of a three-dimensional residential unit according to an embodiment of the present invention, viewed diagonally from above. 2 to 5 show structural details of each part of the dwelling unit.

As is clear from Figure 3, the floor height 11 of this three-dimensional housing unit is 1.51 m, which is the floor height of a typical single-story residential unit (2.8 m).
It is said to be about 4.2m high. However, approximately half of the right copper in Figure 3 (approximately 5,4 mm in depth from the corridor 12 side)
m = equivalent to 2 rooms), there is an intermediate slab at a height of 0.5 JII (approximately 1.5 m) from the floor slab 13! 4 is formed, and the space below this intermediate slab 14 is a 0.5-layer non-living storage space! [It is said to be part 11.]

As shown in FIG. 5, the planar arrangement of this one-layer storage equipment section consists of a multi-purpose space 1G, which is accessed by opening the cover 35 and going down the stairs 15, a drying storage space 17, and a cascade type Y& storage space 1. 21 in Figure 0 is an equipment piping space that is divided into an underfloor rotary storage equipment space 19, a rotary functional unit space 20, etc. While the space for such a storage facility part II is comfortably and widely provided below the intermediate slab 14, the space above the intermediate slab 14 is 1.01! The space utilization of the living room space l can focus only on the living function aspect, which increases the efficiency of space utilization.

1 above the intermediate slab 14; ON's living room space l
The height to the ceiling is equivalent to one floor of a normal residential unit (approximately 2.7
As shown in the plan view in Fig. 2, this living room space 8B/1, which is designated as m), has a living room 3 such as a study and a children's room on one side of the central lower part 23 following the entrance/exit 22. .4
However, on the opposite side of the movable partition 24, there are the bedroom 2, a bathroom 5, a washroom 6, a toilet 7, and other common areas. The corridor 12 outside the entrance/exit 22 is formed at the same level as the intermediate slab 14. Therefore, in normal living, the existence of the first layer of storage equipment below the intermediate slab 14 is not noticed and does not feel unnatural.

Next, in the space on the left half of the road in FIG. From the living room space section 1 on the 1.0th floor above, stairs 25 leading to a middle lower section 23 are used to climb up and down. Therefore, it has a dynamic space usage configuration that changes in the height direction.

The usage (floor plan) of this 1.5-story living space portion 8 is as follows: 0, 51! Rotary JIAI in the first layer of the storage equipment part of l! A space adjacent to the 1M unit space 20 is used as a dining room 10, so that the rotary functional unit 20' can be utilized to the fullest as a storage for various items around the kitchen such as tableware.

On the other hand, the space adjacent to the above-mentioned underfloor rotary storage space 19 is a living room (or guest room) 9. In the figure, 28 is a circular table, and 29 is a circular table that can be rotated around the circular table 2. It is a sofa that can be used in the dining room 10 or the living room 9.
However, since the ceilings are 1.5 times higher than in conventional housing units, the floor plan gives the residents a sense of spaciousness and a sense of relaxation, despite the dedicated floor space of each unit. In order to further accentuate the characteristics of this air-like expansion, the partition 26 between the dining room 10 and the bedroom 2 is made of an accordion curtain or glass that can be opened and closed, and the living room 9
The partition between the room 3 and the living room 3 is also provided with a wide opening 27 having a structure that allows for free rfIIrR.

A guest storage type bench 30 is installed in a part of the underfloor rotary storage facility space 19, which can be pulled out toward the living room 9 and used by guests as needed. Therefore, there is no problem in allowing guests to stay overnight.

Other Embodiments The floor plan configuration of the above embodiment is as follows: 0.5-layer storage equipment section 1
1 and this are 1.0 layer living space part 1 and 1.5 layer living space fil 1 minute 8 which are above and below ii 71.
This is based on the premise that the parts are arranged in the combination pattern shown in FIG. 6A, so to speak, but the embodiment is not limited to this floor plan configuration. .

C and D, and it is possible to implement various floor plan configurations according to each combination pattern or according to the purpose of use or taste of the resident.

As described in detail in conjunction with the embodiments, the effects of the present invention are as follows. Since it does not depend on the area, you can enjoy a spacious living space, a sense of space, and a comfortable living life considering the dedicated floor area and floor area ratio.

In particular, the floor height is 1. OJI living space part 1 and 1.5N
The living room space part 8 is a space that changes in the height direction of the living space, and the living room space part 8 on the 1.57th floor is a living room even if it is FK Nitrogen 10. 9, the room has a ceiling height that is much higher than that of a conventional residential unit, giving a sense of spatial expansion, size, and sensibility.
You can live a comfortable life.

Buildings employing the three-dimensional housing unit of the present invention have a structure that covers the narrowness of the site with height, so it is suitable for buildings in urban areas and city centers where land prices are high and land is scarce. For example, if this system is adopted in a high-rise residential building, the height of the building can compensate for the large floor height of each residential unit, and as a result, increases in housing costs can be effectively suppressed. And because the structure is suitable for buildings on narrow lots, it is suitable for high-rise buildings in the city center.
By implementing this in high-rise buildings, terraces can be used to meet the strong demand for living in the city center, as well as the desire to live in a city center that is rich and has a sense of space.

8...1.5N living room space part 0...nitrogen 9...Living room

[Brief explanation of drawings]

Fig. 1 is a perspective view of an embodiment of a three-dimensional dwelling unit according to the present invention viewed diagonally from above, Fig. 2 is a plan view of the same, and Figs. 3. A sectional view of the arrow melon taken along the line 4-4, Figure V45 is a plan view taken along the line 6-5 in FIG. FIGS. 6A to 6D are explanatory diagrams showing examples of changes in the basic pattern of the three-dimensional dwelling unit of the present invention. 11...0.5 layer storage equipment part 1...1.0 layer living room space 5...Bathroom 6...Washroom 7...Toilet diagram

Claims (1)

[Scope of Claims] [1] The floor height is approximately 1.5 stories, and a 0.5-story non-residential storage equipment portion is provided in a part of the dedicated floor area, and the 0.5-story portion and A 1.0 layer living space that overlaps vertically is provided as a common area such as a living room, bathroom, washroom, toilet, etc., and the other 1.5 layer living space is a living room, a bathroom, a washroom, a toilet, etc.
A three-dimensional residential unit characterized by being formed as a spacious area such as a dining room.