JPS6268968A - Wall type multiple dowelling house - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial Field of Application) The present invention relates to a wall-type multi-story housing complex that can ensure freedom of living space.

(Prior art) Conventional wall-type multi-story housing complexes have a 1lirJ seismic structure by providing partition walls in the direction between the beams (in the transverse direction), and have walls disposed intermittently within the units in the longitudinal direction to create a type or structure. It has an earthquake-resistant design as a rigid frame structure.

(Problem to be solved by the invention) However, according to the conventional example, a wall is located within the dwelling unit, and this wall becomes a constraint on the floor plan, and for example, the floor plan may be changed due to a change in the family structure. It was not easy to do so, and freedom of living space was restricted.

The purpose of the present invention is to improve livability by ensuring freedom in the use of space within a dwelling unit and independence as a dwelling unit.

(Means for Solving the Problems) The present invention is characterized in that an earthquake-resistant core 3 having a groove-shaped planar cross section is formed on the inner wall 2 of the dwelling unit 1, and the inner side of the core is air-resistant. The distance from the wall to the seismic elements on the outside of the dwelling unit in the orthogonal direction is one span, and other characteristics are as follows:
Earthquake-resistant cores 3 and 13 each having a groove-shaped planar cross-section are formed on the opposing inner walls 2 and 12 of adjacent dwelling units 1 and 11, and the distance from the core wall to the earthquake-resistant element outside the dwelling unit in the orthogonal direction is 1. The inner side of both cores forms a space 4 between the two dwelling units.

(Example) As shown in Fig. 1, the dwelling unit 1 has an earthquake-resistant core 3 with a groove-shaped planar cross-section formed in the center of the inner wall 2, and the overall planar shape of the dwelling unit is approximately in the shape of a mouth. ing. The inside of Earthquake-resistant Core 3 is exposed to the wind over all floors. Earthquake-resistant core 3
The walls of the web constitute the side walls of the equipment core. The distance from the outer wall of the seismic core 3 to the outer wall of the dwelling unit in the direction orthogonal to this wall must be one span. A dwelling unit 11 having the same configuration as this dwelling unit is adjacent to the inner wall 2 side of the dwelling unit 1, and both dwelling units constitute one block unit A. Concave earthquake-resistant cores 3 and 13 form an atrium space 4 between the inner walls 2 and 12 of both dwelling units. One side of the atrium space 4 (lower side in Figure 1)
serves as a flow line core for stairs 5 and elevator hall 6, and both dwelling units are connected through this core, and a slit 7 is formed on the other side, and this slin 1 is connected to the hole (friend space 4 and A slab 7a may be provided in this slit as shown in the figure, and the slab may be connected to the dwelling unit 1 or 11 to form an additional dwelling unit or balcony.

In FIG. 2, the block unit A is located at the center, and block units Aa and Ab, which are substantially IEI-, are arranged at equal intervals on both sides of the block unit A, and each unit is connected by slabs 8, 8. ing. Each slab 8, 8 is an expansion space that can be used as a house in the future if necessary. There are balconies 9 on both sides of this slab. 1a, 11a and 1b, 11b are dwelling units constituting block units 1 to Aa and Ab, respectively, and the same reference numerals are given to parts corresponding to the above-mentioned dwelling units 1 and 11 in terms of structure.

In the example shown in FIG. 3, block units B and Ba are connected by an open corridor 10, and an expansion slab 8a is connected between the units.
It is connected with That is, in this example, block units B and Ba each have three dwelling units. To explain block unit B, this unit is residential unit 21.
31.41, and all of dwelling units 21.31.41 have substantially the same configuration as dwelling unit 1 in the above example, but dwelling unit 21.
The building is equipped with earthquake-resistant cores 3 and 13 on both sides, and the block constructed between it and the dwelling unit 31 is substantially the same as the block unit A described above. And between the dwelling unit 21 and the dwelling unit 41, the side wall of the dwelling unit 21 forms a boundary wall in contact with the inner wall 2 provided with the earthquake-resistant core 3 of the dwelling unit 41, and the earthquake-resistant core 13
, 3 form a door-bound wall blowing I-tomo space 4a. In block unit Ba, dwelling units 21a, 31a, 41a
Of these, the structure of 21a and 31a and the relationship between them are substantially the same as that of dwelling units 1 and 11 in the above example. Further, the dwelling units 21a and 41a are connected to each other around the atrium space 4b. The stairs 5a on the side of the block unit B are connected to the lower exterior S 10, and this open corridor is connected to the stairs 5b. In the example shown in Figure 2.3, each block unit may be moved to form a flying geese pattern.

In the example shown in Fig. 4, three dwelling units 51, 61.7'1 on each floor are combined to form a block unit C, which has substantially the same configuration as the above-mentioned dwelling unit 1, and is formed into a tower shape. 6
1 constitutes a block unit that is substantially the same as the block unit A described above, and the earthquake-resistant cores 3 and 13 form the atrium space 4, and in the dwelling unit 71, the concave earthquake-resistant core 3 faces the stairs 5C.

(Effects of the Invention) According to the present invention, since the groove-shaped seismic core is provided on the inner wall of the dwelling unit, the space inside the dwelling unit can be used freely, the freedom of space can be ensured, and the independence can be maintained. Furthermore, since an atrium space is provided between the dwelling units, livability is improved.

[Brief explanation of drawings]

Fig. 1 is a plan view, Fig. 2 is a plan view showing a state in which the block units of Fig. 1 are connected, Fig. 3 is a plan view showing another example, and Fig. 4 is a plan view of another example. This is a plan view showing. 1.11...Dwelling units 2, 12...Inner wall 3.13...Earthquake-resistant core 4.4a...Fukita friend space. Patent applicant Hasegawa Construction Co., Ltd. Figure 1 Figure 2

Claims (1)

[Scope of Claims] 1. An earthquake-resistant core with a groove-shaped planar cross-section is formed on the inner wall of the dwelling unit, and the inside of this core is an atrium, extending from the core wall in the orthogonal direction to the earthquake-resistant element outside the dwelling unit. A wall-type multi-story apartment building characterized by a distance of one span. 2. Earthquake-resistant cores with a groove-shaped planar cross section are formed on the opposing inner walls of adjacent dwelling units, and the distance from the core wall to the earthquake-resistant element outside the dwelling unit in the orthogonal direction is one span, and the distance between both cores is 1 span. This wall-type multi-story apartment building is characterized by the fact that an open space is formed between the two dwelling units on the inside.