JPH0619391A - Method for designing plan of two-family house - Google Patents

Abstract

PURPOSE:To design the best plan of the two-family house by making ideal states that an old family and a young family who live together image by using YES/NO charts. CONSTITUTION:Three types which are 'life sharing type', 'dietary life independent type', and 'life independent type' are classified according to how the old family and young family who live together share their life and two kind of YES/NO charts for deciding the three kind of types are provided; and the old family and young family individually make choices along the YES/NO charts and the best type for the old family and the best type for the young family are selected among the three types and when the selected types do not match each other, discrepant points are considered by both the old family and young family to select an optimum type.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION The present invention clarifies the ideal state of a parent household and a child household living together when designing a two-family house by using Yes No Chart,
The present invention relates to a method for performing an optimal floor plan design.

[0002]

2. Description of the Related Art Conventionally, two-family houses have been known. However, due to recent changes in family and housing conditions, the construction of two-family houses tends to be promoted more than ever before. However, unlike the case of a single household, the difference between the two-family house and the ideal drawn by the parent household and the child household became clear after moving in.
The flaws in the floor plan are likely to be a problem.

[0003]

[Problems to be Solved by the Invention] In a two-family house, there is a subtle difference in the degree of possible overlap of life depending on the parent and child households, and a simple interview is sufficient for the potential of both households. There was a problem that it was not possible to reliably hear such requests and dissatisfactions, and that there were many missed hits due to the qualities of the person asking the question only by ad hoc hearing. In the present invention, it is configured such that no matter who the questioner is, the opinions of both households can be sufficiently heard and the best type can be selected.

[0004]

The problems to be solved by the present invention are as described above. Next, the means for solving the problems will be described. In other words, according to the degree of overlap of living between the parent household and the child household living together, it is classified into three types of "living common type", "dietary independent type" and "living independent type", and the three types of Yes No Chart There are two types for parent households and child households, and the parent household and the child household are selected separately according to the Yes No Chart, and among the above 3 types, the optimal type for the parent household and the optimal type for the child household When the selected type does not match, the mismatch point is examined in both the parent household and the child household, and the optimal type is selected.

[0005]

[Operation] Next, the operation will be described. When designing two households, the designer first listens to both the parent and child households in a formal manner in accordance with Yes No Chart. Yes No Chart for child households has a “choice question” of 1
There are 2 items, and there are 12 items for the “selection question” of the parent household. These "choice questions" are, of course, obvious items, but if you actually ask this question to yourself, it may come back as an unexpected reply, so be sure to select the "choice question" item. Do not omit it, and do not give the answer by the questioner, but get the answer of Yesno based on the clear judgment of the person himself. As a result, the request and reality of the degree of life overlap, which is significantly different from the conclusion the questioner has made, appears as the type selection result. If the selection results of both households are the same or close to each other, adjustment is easy, but if there are completely different types of "living-community type" and "living-independent type", the Thorough discussions between households are required.

[0006]

EXAMPLES Next, examples will be described. FIG. 1 is a drawing showing three types of two-family house of the present invention, “communal living type”, “dietary independent type” and “living independent type”, and FIG. “Type”, “Dietary Independent Type”, and “Life Independent Type” showing the degree of overlap between the private space and public space. FIG. 3 is a drawing showing the symbols of each space and shared elements in FIG. 1, FIG. Is a parent household Yes No chart, and FIG. 5 is a child household Yes No chart.

The present invention enables flexible design based on a hearing survey of a parent household and a child household. Even if two households live together in one bite, their shapes are so different that they cannot be decided unequivocally. Therefore, for each household, depending on how the parent and child households interact with each other and how they become independent, the type of degree of living overlap is "community-based", "dietary-independent", and "life". It is classified as one of the "independent types."

[0008] The above three types of "living-community type", "food-living-community type" and "living-independent type" can be classified into five small types as shown in FIG. That is, the "communal living type" is a "common type", the "dietary independent type" is a "kitchen independent type", and the "living independent type" is a "bathroom independent type" and an "entrance independent type". However, the "mini-kitchen type" spans both the "living-community type" and the "diet-living type".

In the present invention, as shown in FIG. 1, the "common type" has the "entrance", the "kitchen" and the "bathroom" arranged in the "common zone F", and the parent household and the child household are the same. Use things. "Mini kitchen type" is
The "mini-kitchen" will be placed in the "parent household zone P", and the "entrance", "kitchen independent type", and "bathroom" will be placed in the "common zone F". Only the "mini kitchen" is placed separately.

In the "kitchen independent type", "bathroom" and "entrance" are arranged in "common zone F",
The “kitchen” is separately arranged in the “parent household zone P” and the “child household zone C”. Also "bathroom independent type"
Has only the "entrance" in the "common zone F", and has the "bathroom" and "kitchen" separately in both the "parent household zone P" and the "child household zone C". is there.
The "entrance independent type" does not have "common zone F" but only "parent household zone P" and "child household zone C", and has "entrance", "kitchen" and "bathroom" respectively. Of.

As shown in FIG. 2, when divided into the "living independent type", the "dietary lifestyle type", and the "living independent type", the private space of the parent household, the public space, and the private space of the child household. The degree of overlap of spaces changes. In the "living-independent type", there is almost no public space, and in the "living-independent type", about half of the lives of the parent and child households overlap.

Referring to FIG. 4, the yes-no-chart for selecting a parent household will be described. When the parent household is cheerful with the couple, the two go through the chart according to the options while considering the two choices and making a conclusion of either "YES" or "NO" for this "question." Of. The “choice question” in the parent household's Yes No Chart is the following 12 items. "I'm living together now."
"I think it's natural that parents and children live together."
The household should be divided. "I am confident that my husband and wife are in good health.""When living with two households, I would like to think about the life of each household first.""Different tastes and different time zones, so I would like to have separate meals.""Child The taste and rhythm of life is different from that of households. "" I want to live a lively life with my children and grandchildren. "" My parents are my son's couple. "" I want to actively engage with my relatives. "" Washing I want to keep them separate. "
Proceed according to each item in "You should live independently while you are fine."

Referring to FIG. 5, a description will be given of an answer chart for selecting a child household. There are 12 “choice questions” for child households. "I'm living together now.""I'm currently eating together.""Parents and children should share their household budget.""Plan to build a two-family house on the land where the parent's household lives.""Two-family house So first of all, I want to think about the life of each household. ”“ I want to have different meals because the tastes and times are different. ”“ My wife wants to value the relationship with the neighborhood and the neighborhood. ”“ Cleaning and raising children I would like parents to cooperate with me. "" My parents are my son's couple. "
Proceed according to each item of "My wife is a full-time housewife.""I want to do separate laundry."

Then, after the parent household and the child household have individually completed the selection of the degree of life overlap by Yes No Chart,
The differences between the two households are compared and contrasted, and the origin of the differences is examined by conversely reversing each "choice question". From among them, a convincing compromise between both households is sought, and one of the "community-based", "dietary-independent" and "living-independent" is decided. After deciding the type, design drawings suitable for the type are created from the size and shape of the site.

[0015]

Since the present invention is constructed as described above, it has the following effects. In other words, in the case of a two-family house, the degree of overlap in life differs depending on the case, and if a standard design is performed, there is a high possibility that trouble will occur after the completion of construction. The reason for this is that they have not fully heard the opinions and requests of parent and child households. In the present invention, since the question can be asked along the yes-no chart, the omission depending on the level of the questioner does not occur. Therefore, the idea type of both households can be sufficiently heard before the design, and there are few problems after starting the communal life after the completion of construction.

[Brief description of drawings]

FIG. 1 is a diagram showing three types of a two-family house of the present invention, namely, “communal living type”, “dietary independent type” and “living independent type”.

FIG. 2 is a drawing showing the degree of overlap between private space and public space of “living-community type”, “dietary-independent type”, and “living-independent type” separated according to the degree of overlapping of life.

FIG. 3 is a drawing showing symbols of each space and shared elements in FIG.

[Figure 4] Yes No Chart chart of the parent household.

FIG. 5 is a view showing Yes No Chart of a child household.

[Explanation of symbols]

 P Parent household zone C Child household zone F Shared zone

Claims (1)

[Claims] 1. According to the degree of overlap of life of a parent household and a child household living together, it is categorized into three types of "living common type", "dietary independent type" and "living independent type", and these three types are classified. There are two types of Yes No Charts for parent households and child households. Separately select the parent household and the child household according to the Yes No Chart, and select from among the above 3 types the optimal type for the parent household and the child household. If you select the best type and then the selected types do not match,
A floor plan design method for two-family houses, which is characterized by examining the disagreement points in both parent and child households and selecting the optimal type.