JP2002173986A - House and connector for house component member - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a house and a connector for house component members making it possible to efficiently connect together house component members such as beams and columns and standardize the strength of connection between the house component members while providing for connections strong enough to achieve a house with high earthquake resistance, for excellent serviceability, constructibility, standardizability and earthquake resistance. SOLUTION: In a house having columns 3a and 3b disposed respectively above and below a beam 1, the beam 1 is provided with a beam part connector 2 vertically penetrating the beam 1 and the columns 3a and 3b are provided with respective column part connectors 4a and 4b for connection to the connector 2. The column part connectors 4a and 4b are provided with respective fitting holes 6a and 6b into which insertion elements 5a and 5b inserted from the columns 3a and 3b are fitted. The beam 1 and the columns 3a and 3b disposed respectively above and below the beam 1 are connected together by the beam part connector 2, the column part connectors 4a and 4b, and the insertion elements 5a and 5b.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a connecting member for a house and a house component.

[0002]

2. Description of the Related Art Conventionally, when constructing a wooden house, an operation of connecting house components such as beams and columns has been performed. For example, a beam and a column are connected. In this case, a tenon is drilled in the beam, a tenon is formed at the end of the pillar, and the tenon is fitted into the tenon, and a feather plate is attached to the connecting portion to connect the two. However, since the mortise and tenon are formed almost manually by craftsmen at the site, it is impossible to construct an efficient house by the connection method.

In recent years, there has been a demand in the industry to digitize the strength and the like of a house in a catalog, and in the connection method, as described above, the connection is performed manually by a craftsman at the site. For this reason, it is not possible to standardize the strength of the parts connected by the connection method so that the strength can be described in a catalog, and it is inevitable that the strength of the whole house can be described in the catalog. Can not do.

Further, according to recent studies, it has been pointed out that the mortise is destroyed by the shaking of the earthquake in the above-mentioned connection method. That is, it cannot be said that the connection by the tenon and the tenon has low earthquake resistance.

[0005] The present invention has been achieved in view of the above-mentioned situation, and it is possible to efficiently connect house components such as beams and columns, and to standardize the connection strength of house components. Further, the present invention provides a connector for a house and a member for a house component, which is excellent in practicality, construction, standardization, and earthquake resistance, in which the connection becomes a very strong and highly earthquake-resistant house.

[0006]

The gist of the present invention will be described with reference to the accompanying drawings.

[0007] A house in which pillars 3a and 3b are disposed above and below a beam 1, wherein the beam 1 is provided with a beam connecting body 2 which penetrates the beam 1 in the vertical direction. Are provided with column connection members 4a and 4b connected to the beam connection member 2, respectively. Inserts 5a and 5b inserted from the columns 3a and 3b are fitted into the column connection members 4a and 4b. The beam 1 and the beam 1 are formed by the beam connecting body 2, the column connecting bodies 4a and 4b, and the inserts 5a and 5b.
Are connected to pillars 3a and 3b arranged above and below the house.

Further, in the house according to the first aspect, the beam connecting member 2 has a configuration in which the beam connecting member 2 is merely fitted into the beam through hole 7 formed in a vertically penetrating state of the beam 1. It relates to a house characterized by the above.

Further, in the house according to any one of claims 1 and 2, an upper end and a lower end of the beam connecting body 2 are respectively provided so as to project upward and downward of the beam 1, respectively. Things.

Further, in the house according to any one of claims 1 to 3, a rod having male screw portions 8 provided at upper and lower ends is adopted as the beam connecting member 2, and the column connecting member 4a.
Female screw part 9 screwed into the male screw part 8 at one end as 4b
The present invention relates to a house characterized by employing a tubular member provided with a.9b.

Further, in the house according to the fourth aspect, the female screw portions 9a and 9b are provided at a position which is recessed by a predetermined distance from an end of the tubular member.

[0012] The house according to any one of claims 1 to 5, wherein the beam 1 and the columns 3a and 3b are made of wood.

Further, in the house according to any one of claims 1 to 6, the pillar 3a of the first floor portion is formed on a foundation 10 via a base 10.
Arranged on the base 11, the base 10 is provided with a base connecting member 13 connected to the fixing member 12 fixed to the foundation 11 and protruding upward, and the base connecting member 13 penetrates the base 10. The base 1
The base unit connecting body 13 has a fitting hole 15 into which an insert 14 to be inserted from the outer surface of the pillar 3a on the first floor is fitted. The fixing member 12, the base connecting member 13, and the insert 14 are used to form the base 11, a base 10 provided on the base 11, and a first floor column 3a provided on the base 10. Are connected to a house.

Further, in the house according to the seventh aspect, the base connecting member 13 is configured to be merely fitted into a base through hole 18 formed in a vertically penetrating state of the base 10. It relates to a house characterized by the above.

Further, in the house according to any one of claims 7 and 8, the fixing member 12 fixed to the foundation 11 is an anchor bolt, and the base portion connecting body 13 has a male screw portion 16 of the anchor bolt. The present invention relates to a house provided with a female screw portion 17 that is screwed into the house.

The house according to any one of claims 7 to 9, wherein the pillar 3a and the base 10 on the first floor are made of wood, and the foundation 11 is made of concrete. It is.

Further, the present invention is a connecting tool for connecting a beam 1 and a house component such as a pillar 3a or 3b used when constructing a wooden house, wherein both the upper and lower surfaces of one member or both the left and right surfaces are provided. When connecting another member to the connecting member, the connecting rod having a male screw portion provided at the distal end and the base end penetrating one member, and a female screw portion screwed to the male screw portion of the connecting rod A house configuration comprising: a tubular fitting body to be fitted into the other member; and an insert body inserted from an outer surface of the other member into a through hole formed in the tubular fitting body. The present invention relates to a member connecting member.

Further, in the connecting member for a house constituent member according to the eleventh aspect, the female screw portion is provided at a position recessed by a predetermined distance from an end of the tubular fitting body. The present invention relates to a member connecting member.

[0019]

Operation and effect of the present invention The column connecting body 4a provided on the lower column 3a, the beam connecting body 2 provided on the beam 1, and the column connecting body 4b provided on the upper column 3b are formed. By connecting, the lower pillar 3a, the beam 1 and the upper pillar 3b are connected. In addition, the pillars 3a and 3b and the pillar connecting bodies 4a and 4b
The insertion bodies 5a and 5b inserted from the columns 3a and 3b are connected by being inserted into the insertion holes 6a and 6b.

That is, as compared with the conventional method of forming and connecting a tenon and a tenon, the connecting operation of the connecting members and the insertion member 5 are performed.
The beam 1 and the upper and lower columns 3a and 3b can be extremely easily connected only by inserting the a and 5b.

Further, according to this connection structure, the lower pillar 3a and the upper pillar 3b are directly connected via the beam connecting body 2 and the pillar connecting bodies 4a and 4b, so that the connecting portions are connected. The strength is determined by the strength of each of the beam connecting body 2, the column connecting bodies 4a and 4b, and the inserts 5a and 5b, the connection strength between the beam connecting body 2 and the column connecting bodies 4a and 4b, and the column connecting. Body 4a ・ 4
Depending on the strength of the connection between b and the inserts 5a and 5b, and because the strength of the connection is the connection between all the connected bodies or the strength of the connected body itself, there is little variation and standardization is easy.

Conventionally, the lower column 3a and the beam 1 and the lower column 3a and the upper column 3b are connected to each other, and the beam 1 and the columns 3a and 3b are connected by an uneven fitting mechanism. In this case, the thickness of the beam 1 restricts the fitting of the unevenness, that is, the restriction on the connection structure. However, in the present invention, since the upper and lower columns 3a and 3b are connected, the connection strength is reduced. The connection strength is not limited by the thickness of the beam 1 and the connection strength can be increased in this respect as well.

Since the present invention is configured as described above, the beam and the column can be efficiently connected, the connection strength between the beam and the column can be standardized, and the connection can be extremely improved. It is a technology related to a house that excels in practicality, construction, standardization, and earthquake resistance, in which a strong and highly earthquake-resistant house can be obtained.

[0024]

BRIEF DESCRIPTION OF THE DRAWINGS The drawings illustrate one embodiment of the present invention and will be described below.

This embodiment is a house in which a pillar 3a of a first floor is provided below a beam 1 and a pillar 3b of a second floor is provided above the beam. 1 is provided in the upper part of the pillar 3a on the first floor and the lower part of the pillar 3b on the second floor.
Are provided respectively, and the column connection members 4a and 4b are respectively provided with the insertion holes 6 into which the insertion members 5a and 5b inserted from the respective columns 3a and 3b are inserted.
a.6b are provided, and the beam connecting body 2 and the column connecting body 4 are provided.
The beam 1, the first floor column 3a, and the second floor column 3b are connected by a · 4b and inserts 5a · 5b.

The first floor column 3a is disposed on a foundation 11 via a base 10. The base 10 is connected to a fixing member 12 fixed to the base 11 and protrudes upward from the base. 13 is provided, and the base portion connecting body 13 has a height that penetrates the base 10 and is fitted into the pillar 3a of the first floor portion on the base 10;
The base portion connecting body 13 is provided with an insertion hole 15 into which an insert 14 inserted from the outer surface of the pillar 3a on the first floor portion is fitted, and the fixing member 12, the base portion connecting body 13 and the insert 14 The base 11 is connected to a base 10 provided on the base 11 and a first floor column 3a provided on the base 10.

The beam 1, the pillar 3a on the first floor, the pillar 3b on the second floor and the base 10 are made of wood, and the foundation 11 is made of concrete. Each connecting body is made of metal. For example,
The beams, columns, and bases may be made of a termite-resistant steel material.

First, the connection structure between the beam 1, the first floor column 3a and the second floor column 3b will be described in detail.

The beam connecting member 2 has a length such that the upper end and the lower end thereof are respectively protruded above and below the beam 1. Note that the longer the protruding length, the higher the connection strength.

Male screw portions 8 are provided at the upper end and the lower end of the beam connecting member 2 respectively.

The beam connecting member 2 employs a rod having a circular cross section.

The column member 4 is formed of a cylindrical member having a circular cross section, and has a female screw 9 at one end.

The female screw portion 9 is provided at a position recessed by a predetermined distance from the end of the column connecting member 4.

The female screw portion 9 is provided by a method in which a nut or the like is fixed to the inside of the cylindrical column member 4 by welding.

The fitting hole 6 is provided at the other end side of the column connector 4 so as to penetrate in a direction perpendicular to the length direction of the column connector 4.

The fitting hole 6 may be provided only at one place or may be provided at a plurality of places. For example, the fitting hole 6 is increased in an important strength portion where a high load acts on the column 3 such as a corner of a house. It is preferable that the connection strength be increased.

As the insert 5, a pin penetrating the column 3 is employed.

The beam 1 is provided with a beam through hole 7 for fitting the beam connecting body 2 so as to penetrate vertically. In addition, the configuration in which the beam connecting body 2 is merely fitted into the beam through hole 7 is adopted.

More specifically, in the connection structure using the insert 5 like the connection between the column 3 and the column connecting member 4, a crack is easily generated in the insertion portion of the insert due to shaking of an earthquake or the like. There is a problem. In this regard, even if the insert 5 is inserted into the pillar 3 and a crack is generated at the insertion site, the pillar 3 is made of wood whose fiber direction is up and down. As a result, the column 3 is not broken down, and the strength of the column 3 in the vertical direction due to the cracks is small. On the other hand, if the insert is inserted into the beam 1, the beam 1 is made of wood with a horizontal fiber direction. Therefore, the fibers are easily separated by the load in the vertical direction, and the beam 1 is inevitably broken. The risk is high.

Similarly, in order to prevent the destruction of the beam 1 as much as possible, it is preferable that the number of the beam connecting members 2 fitted to the beam 1 is one.

The beam 1, the first floor column 3a and the second floor column 3
The connection with b is performed, for example, by the following procedure.

The pillar 3a on the first floor is connected to the pillar connecting body 4a below.
Insert At this time, the column connector 4a is connected to the female screw member 9a.
Is on the upper side. In addition, pillar 3a of this first floor part
And the lower column connecting body 4a are connected by the insert 5a.

Subsequently, the lower end of the beam connecting member 2 is inserted into the lower column connecting member 4a, and the male screw 8 at the lower end of the beam connecting member 2 is screwed into the female screw member 9a. The lower column connecting member 4a and the beam connecting member 2 are connected together.

Subsequently, the beam 1 is lowered from above the beam connecting member 2, and the beam 1 is placed on the upper surface of the pillar 3a on the first floor.

Subsequently, the upper end of the beam connector 2 projecting above the beam 1 is connected to the upper column connector 4b (the upper column connector 4b).
b is a state where the female screw member 9 is on the lower side. ), The upper column connecting member 4b is rotated, and the female screw 9b of the column connecting member 4b is screwed into the male screw 8 at the upper end of the beam connecting member 2. The upper pillar connected body 4b
And the beam connecting body 2 are connected.

Subsequently, the column 3b of the second floor is lowered from above the upper columnar connecting member 4b, and the upper columnar connecting member 4b is placed on the upper surface of the beam 1.

Subsequently, the pillar 3b of the second floor portion and the pillar connecting member 4b above are connected by the insert 5b.

According to the above procedure, the beam 1 and the pillar 3 on the first floor
a is connected to the pillar 3b of the second floor.

It is to be noted that, for example, a beam connecting member 2 is provided on the beam 1,
The column connecting members 4 are connected above and below the beam connecting member 2, respectively.
Subsequently, the lower pillar connection member 4a is inserted into the first floor pillar 3a and connected by the insertion member 5a.
May be inserted into the pillar 3b on the first floor and connected by the insert 5b.

Next, the foundation 11, the base 10, and the pillar 3a of the first floor portion
The connection structure with the above will be described in detail.

The base 10 is provided with a base portion through-hole 18 through which the base connecting member 13 passes vertically. The pillar 3a of the first floor is placed upright above the base portion through hole 18.

The base portion connecting body 13 employs a configuration in which a circumferential flange 20 protruding in the horizontal direction is provided at a lower portion of the cylindrical main body 19.

The peripheral collar 20 is fitted into a fitting recess 21 provided on the lower surface of the base 10.

The height of the cylindrical body 19 is, as described above,
Is set to a height such that it penetrates into the pillar 3a of the first floor on the base 10 through the base. Particularly, at a critical strength part where a high load acts on the pillar 3, such as a corner of a wooden house. Preferably, the height is set to be long so that the cylindrical main body 19 is fitted deep into the column 3.

The cylindrical main body 19 has a cylindrical shape that is easy to manufacture.

The fitting hole 15 is provided in the upper part of the cylindrical main body 19. Further, in the drawings, the case where the insertion hole 15 is provided only in the portion where the insertion body 14 is easily inserted into the column 3 is illustrated, but the insertion hole 15 is provided in the portion where the insertion body 14 is inserted into the base 10. Or both may be provided.

The insertion hole 15 employs a through hole penetrating the cylindrical main body 19.

As the insert 14, a pin penetrating the column 3 is employed. In the case of a configuration in which the insert 14 is inserted from the base 10, it is preferable to adopt a configuration in which the insert 10 penetrates the base 10.

In the drawing, the inserts 6 are provided only on the pillars 3. However, in this structure, the base 2 which is extremely important for maintaining the standing state of the wooden house during an earthquake may be destroyed. Without it, it has been confirmed that it is easy to prevent the collapse of wooden houses. It is considered that the reason for this is that the fiber direction of the base 10 is horizontal as in the fiber direction of the beam 1.

The pillar 3a on the first floor is provided with a fitting hole 22 into which the upper part of the base portion connecting body 13 is fitted. The pillar 3a on the first floor is also provided with an insertion hole 23 into which the insert 14 is inserted in a penetrating state.

An anchor bolt, which is a fixing member 12, is arranged on the upper surface of the base 11 at predetermined intervals.

Further, a female screw portion 17 to which an upper male screw portion 16 of the anchor bolt is screwed is provided at a lower portion of the base portion connecting body 13.
Is provided.

Further, a cylindrical main body constituting the base portion connecting body 13
The internal space 26 of 19 serves as an insertion portion into which the upper portion of the anchor bolt that passes through the female screw portion 17 and protrudes upward from the female screw portion 17 is inserted.

It should be noted that, among the anchor bolts, a pillar 3
The female screw part 17 of the base part connecting body 13 is screwed and connected to the upper part of the anchor bolt at the part where the anchor bolt is erected, but the other anchor bolts are connected to the nut via the base 10 as usual. Are screwed together.

Next, a method of connecting the foundation 11, the base 10, and the pillar 3a on the first floor according to the present embodiment will be described in detail.

The base 11 is formed in the same manner as in the prior art. Note that anchor bolts are also installed on the portion of the first floor where the pillars 3a are not installed conventionally.

The base 10 is provided with a base portion through hole 18 and a fitting recess 21 penetrating in the vertical direction.

In the lower part of the pillar 3a on the first floor, the fitting hole is provided.
22 and an insertion hole 23 are formed in advance.

First, the base connection member 13 is connected to an anchor bolt located below the portion where the pillar 3a on the first floor is installed.

Subsequently, the base 10 is placed on the base 11, the base connection member 13 is protruded above the base 10, and the base 10 and the base 11 are connected using another anchor bolt.

Subsequently, on the base 10, the pillar 3 a of the first floor is placed on the base 10 from above the base unit connecting body 13. At this time, the upper part of the base part connecting body 13 is fitted into the fitting hole 22 of the pillar 3a on the first floor.

Subsequently, the insert 14 is inserted through the insertion hole 23 of the pillar 3a on the first floor, and the insert 14 is inserted into the insertion hole 15 provided in the base connection 13 so that the base connection 13 is set to the unrotatable state.

By the above means, the pillar 3a on the first floor is directly connected to the base 10 and the foundation 11, and the pillar 3a on the first floor is
a and the base unit connecting body 13 are non-rotatably connected, and are also directly connected to the base 10 and the foundation 11.

In this embodiment, as described above, when the beam 1 is connected to the columns 3a and 3b disposed above and below the beam 1, the connecting operation of the connecting members and the inserting operation of the inserts 5a and 5b are performed. Since the beam 1 and the columns 3a and 3b can be connected only by using only the conventional method, the connection work can be performed extremely efficiently compared with the conventional method of forming and connecting a tenon and a tenon. House.

Further, the beam connecting member 2 and the column connecting member 4a
Since the lower pillar 3a and the upper pillar 3b are directly connected via the 4b, the connection strength of the connecting portion is determined by the beam connecting body 2, the column connecting bodies 4a and 4b, and the inserts 5a and 5b. Depending on the respective strengths, the connection strength between the beam connecting body 2 and the column connecting bodies 4a and 4b, and the connection strength between the column connecting bodies 4a and 4b and the inserts 5a and 5b, all of the connecting bodies are connected. Since the strength of the connector itself is small, there is little variation and standardization is easy, and the strength of the house can be described in a catalog.

Further, since the beam 1 and the column 3a are not simply connected, but the column 3a is also connected to the column 3b located at an opposing position with the beam 1 interposed therebetween, the connection strength is correspondingly high. Inevitably, a house with high strength and excellent earthquake resistance will be obtained.

In addition, since the upper and lower columns 3a and 3b are connected, the connection strength is not limited by the thickness of the beam 1 as in the conventional connection structure. Inevitably, a house with high strength and excellent earthquake resistance will be obtained.

Further, since the beam connecting member 2 is a rod, the beam 1 which is thin and has a high risk of being broken because the fiber direction is horizontal is small, so that a house having high strength can be obtained in this respect. Will be done.

Further, the female screw portion 9 of the column connecting members 4a and 4b
a and 9b are provided at a position that is recessed from the end by a predetermined distance, so that the beam connecting body 2 is connected to the column connecting bodies 4a and 4b.
When b is connected, the column-portion connected bodies 4a and 4b easily bite into the beam 1, and the connection strength also increases in this regard.

Further, since the gap between the end portions of the column connecting members 4a and 4b and the female screw portions 9a and 9b forms a welding pad, an existing female screw member such as a nut is provided inside the column connecting members 4a and 4b. Can be easily welded, and therefore, the female thread portions 9a and 9b can be easily provided on the pillar portion coupling bodies 4a and 4b.

Further, the beam 1 (the one member according to claim 11,
The same applies hereinafter. ), A male threaded portion 1 (connecting rod) provided with a male thread portion 8 at the distal end and the proximal end thereof, and a female thread portion 9a which is screwed to the male thread portion 8 of the beam portion coupled body 1. 9b, each of the column connecting members 4a and 4b (cylindrical insertion members) to be inserted into the upper and lower columns 3a and 3b (other members) of the beam 1, and the column connecting members 4a and 4b. Inserts 5a and 5a inserted into the inserted insertion holes (through holes) from the outer surfaces of the upper and lower columns 3a and 3b.
5b, the beam 1 of the present embodiment and the beam 1
Can be connected efficiently and with high strength to the pillars 3a and 3b arranged above and below.

Also, the foundation 11, the base 10, and the pillar 3a of the first floor portion
Can be connected effectively and easily as described above,
Moreover, since the pillar 3a on the first floor is directly connected not only to the base 10 but also to the foundation 11, the connection strength is high, and a wooden house can be constructed efficiently inevitably. You can build a wooden house.

Further, a fixing member for connecting the base portion connecting body 13
Since the anchor bolt is used as 12, the existing foundation
This embodiment can be easily implemented by applying the formation of 11, and also in this regard, efficient house construction can be achieved.

Further, since a cylindrical body is employed as the base portion connecting member 13, the fixing member 12 is fitted into the base portion connecting member 13 satisfactorily, so that the connection can be performed more satisfactorily.

Further, since the peripheral flange 20 is provided at a lower portion of the base portion connecting body 13, even if an earthquake or the like occurs, the base portion connecting body 13 may be provided.
Does not rise upward, the state of being connected to the fixing member 12 and the state of being connected to the base 10 and the pillar 3a of the first floor portion are well maintained, and in this respect also, the strength of the wooden house is increased. .

[Brief description of the drawings]

FIG. 1 is an explanatory exploded perspective view of the vicinity of a beam 1 of the present embodiment.

FIG. 2 is an explanatory sectional side view of FIG. 1;

FIG. 3 is an exploded perspective view of the vicinity of a base 10 of the embodiment.

FIG. 4 is an explanatory side sectional view of FIG. 3;

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 beam 2 beam part connection body 3a, 3b pillar 4a, 4b pillar part connection body 5a, 5b insert 6a, 6b insertion hole 7 beam through hole 8 male screw part 9a, 9b female screw part 10 foundation 11 foundation 12 fixing member 13 Base connector 14 Insert 15 Insert hole 16 Male screw 17 Female screw 18 Base through hole

Claims (12)

[Claims] 1. A house in which a pillar is arranged above and below a beam, wherein the beam is provided with a beam connecting body vertically penetrating the beam, and the pillar is provided with the beam connecting body. Each of the column connection bodies to be connected is provided, and the column connection body is provided with an insertion hole into which an insert inserted from the column is inserted, and the beam connection body, the column connection body, and the insert are provided. Wherein the beam is connected to columns arranged above and below the beam. 2. The house according to claim 1, wherein the beam connecting member is configured to be fitted only into a beam through hole formed so as to penetrate in a vertical direction of the beam. House to be. 3. The house according to claim 1, wherein an upper end and a lower end of the beam connecting body are respectively protruded above and below the beam. 4. The house according to any one of claims 1 to 3, wherein a rod having a male screw portion provided at an upper end and a lower end is employed as a beam connecting member, and said pillar member is provided at one end as a column connecting member. A house characterized by adopting a tubular member provided with a female screw portion screwed into a male screw portion. 5. The house according to claim 4, wherein the female screw portion is provided at a position located a predetermined distance behind the end of the tubular member. 6. The house according to claim 1, wherein the beams and columns are made of wood. 7. The house according to claim 1, wherein the pillar on the first floor is disposed on a foundation via a base, and the base is connected to a fixing member fixed on the foundation. And a base portion connecting body protruding upward is provided, and the base portion connecting body has a height that penetrates the base and is fitted into a pillar of a first floor portion on the base, and the base portion connecting body has An insertion hole into which an insert inserted from the outer surface of the pillar on the first floor portion is provided,
The base, the base provided on the base, and the first-floor pillar provided on the base are connected by the fixing member, the base unit connected body, and the insert. house. 8. The house according to claim 7, wherein the base portion connecting body is configured to be fitted only into a base portion through hole formed in a vertically penetrating state of the base. House to be. 9. The house according to claim 7, wherein the fixing member fixed to the foundation is an anchor bolt, and the base member is screwed with a male screw portion of the anchor bolt. A house provided with a female screw portion. 10. The house according to any one of claims 7 to 9, wherein the pillars and the base of the first floor are made of wood, and the foundation is made of concrete. 11. A connecting tool for connecting a house component such as a beam and a pillar used when constructing a wooden house, wherein both the upper surface and the lower surface of one member or both the left surface and the right surface have another member. When connecting the connecting member, a connecting rod having a male screw portion provided at a distal end and a proximal end penetrating one member, and a female screw portion screwed and connected to the male screw portion of the connecting rod, the other member Characterized in that it comprises: a cylindrical insert inserted into the cylindrical insert; and an insert inserted into the through-hole formed in the cylindrical insert from an outer surface of the other member. . 12. The connecting member for a house component according to claim 11, wherein the female screw portion is provided at a position recessed by a predetermined distance from an end of the tubular fitting body. Connector for members.