JPH09279686A - Connection structure of horizontal member for wooden building and implement thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To maintain the press-contact of a column and a horizontal member even when the dried states of the column and the horizontal member are changed and vibrations are applied to these columns and horizontal member. SOLUTION: In a joint-metal main body A, a slot 19 is formed to a bottom plate 16, and a recessed groove 20 is formed to an upper end face and an inverted recessed groove 21 to a lower end face at a place coinciding with the slot 19 in a core plate 17. In a horizontal member C, a fitting void 26 having approximately the same shape as the joint-metal main body A is formed at a joining end section C'. The joint-metal main body A is installed horizontally onto one side face of a column B, and the horizontal member C is placed on the joint- metal main body A under the state, in which the fitting void 26 is fitted to the joint-metal main body A. An end face C' in the longitudinal direction of the horizontal member C is brought into press-contact with the side face of the column B at all times by driving a driving wedge 32 into sub-grooves 29, 29', into which a wedge guide piece 31 is inserted, and the allowance space of the recessed groove 20 from the upper sections of the sub-grooves and the allowance space and a driving wedge 33 into inverted sub-grooves 30, 30', into which a wedge guide piece 33 is inserted, and the allowance space of the inverted recessed groove 21 from the lower sections of the inverted sub-grooves and the allowance space of the inverted recessed groove 21 through the slot 19.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a connecting structure for a cross member in a wooden building and a tool therefor. More specifically, the present invention relates to a wooden building using general wood or a large-scale wooden building using a structural integrated material. The present invention relates to a joint structure of a horizontal member (beam or girder) and a column used in a building and improvement of a tool therefor.

[0002]

2. Description of the Related Art For example, a joint structure in which a horizontal member such as a beam is joined to a column is disclosed in Japanese Utility Model Laid-Open No. 7-408 proposed by the present applicant.
No. 08 publication.

The following is a brief description with reference to FIGS. 18 to 20. Pillar mounting side wall 2 on bottom plate 1
Metal fittings 5 that have established beam fitting side walls 3 and 3 and wedge window holes 4.
Is horizontally attached to the column 8 by the tightening bolt 6 and the nut 7.

The beam 9 is formed with a flat space 10 having a required size and shape for receiving the bottom plate 1 and a fitting space 12 formed by connecting longitudinal grooves 11, 11 to each other. Left and right side surfaces 9a of the beam 9 are provided with left and right openings formed in the left and right side surfaces 9a. The wedge insertion lateral holes 13 are arranged so as to cross the vertical grooves 11, 11 and correspond to the wedge window holes 4, 4 of the joint fitting 5. Is formed at a position where

The longitudinal grooves 11, 11 of the fitting cavity 12 of the beam 9 are
While being fitted to the beam fitting side walls 3, 3 of the joint fitting 5,
After the wedge guide pieces 15 are inserted into the wedge insertion horizontal holes 13 and the wedge window holes 4 to 4, the beam 9 is driven into the pillars by driving the laterally long wedges 14 along the wedge guide pieces 15. 8 is pressed against the side surface.

[0006]

However, the beams 9 and columns 8 made of wood tend to expand and contract due to changes in their dry state, and their pressing force changes according to the expansion and contraction. In particular, when the beams 9 are contracted, the pressure contact force is reduced, and there is a disadvantage that their tightening state becomes unstable. The pressure contact force between the beam 9 and the column 8 also changes when they are vibrated due to an earthquake or the like, and at that time, the pressure contact force decreases.

The present invention provides a structure for joining horizontal members of a wooden structure which can maintain pressure contact between the columns and the horizontal members even when the dry state of the columns and the horizontal members is changed or when vibration is applied to them. The purpose is to provide the equipment.

[0008]

Means for Solving the Problems The construction of the joining structure of the horizontal members of the wooden building according to the present invention is as follows. (1) The joining metal body A establishes a core plate 17 on the upper surface of the bottom plate 16, and raises the mounting plate 18 on one end surface of the bottom plate 16 and the core plate 17. The bottom plate 16 has an elongated hole 19.
The core plate 17 has a concave groove 20 on the upper end face and an inverted concave groove 21 on the lower end face and at a position corresponding to the long hole 19.

(2) The horizontal member C is attached to the joint end C 'thereof.
The fitting cavity 26 having substantially the same shape as that of the joining metal body A, that is, the bottom plate 16 provided on the bottom surface of the joining end portion C '.
A flat groove 27 having a required size and shape to receive the core plate 17; a vertical groove 28 provided at the joint end portion C 'and having a required size and shape to receive the core plate 17; The sub-grooves 29, 29 'having a required size and shape provided at positions corresponding to the concave grooves 20, between the flat recesses 27 and the vertical grooves 28, and Reverse sub-groove 3 provided at a position corresponding to reverse concave groove 21
A fitting cavity 26 formed by connecting 0, 30 'is formed.

(3) The joint member main body A is horizontally mounted on one side surface of the column B, and the horizontal member C is connected to the joint member main body A in a state where the fitting cavity 26 is fitted thereto. It is mounted on the fitting main body A.

(4) Extra space for sub-grooves 29, 29 'and concave groove 20 in which wedge guide pieces 31 made of spring material are fitted.
Then, the driving wedge 32 is inserted from above, and the spare sub-grooves 30 and 30 ′ into which the wedge guide pieces 33 also made of a spring material are fitted, and the spare space (b) of the reverse concave groove 21 through the long hole 19. By driving the driving wedges 33 from below, the longitudinal end face C ″ of the joining end portion C ′ of the horizontal member C is driven.
Is constantly pressed against the side surface of the column B.

[0012] The structure of the horizontal member joining tool for a wooden building according to the present invention is as follows. A core plate 17 is established on the upper surface of the bottom plate 16, and a mounting plate 18 is erected on one end surface of the bottom plate 16 and the core plate 17.
The reverse groove 21 is located on the lower end face and located outside the bottom plate 16.
Fitting main body A having a groove 20 and a reverse groove 21
Guide members 31, 33 made of a spring material, each of which is fitted to
And driving wedges 32, 3 which are respectively driven into the spare space (a) of the concave groove 20 and the reverse concave groove 21 in which the wedge guide pieces 31, 33 are fitted.
4

[0013]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a first embodiment of a joining structure of a wooden building according to the present invention.

A is mainly composed of a metal fitting, which is a rectangular bottom plate 16, a core plate 17 of the same rectangular shape which is vertically installed on the upper surface along the center line, and a bottom plate 1.
6 and a mounting plate 18 erected at one longitudinal end of the core plate 17.

The bottom plate 16 is provided with a long hole 19 at the center thereof which is long in a direction orthogonal to the longitudinal direction, and the core plate 17 is
A groove 2 having rims 20 'and 20 "formed vertically on the upper end surface
0, and a reverse concave groove 21 in which a lip 21 ′ and a lip 21 ″ are vertically formed is provided at the lower end surface and at a position corresponding to the elongated hole 19.

At a position corresponding to the inverted groove 21 of the bottom plate 16, a wedge guide piece 33 and a washer 35 (a washer member) are fitted into the inverted groove 21 so as to close the opening of the inverted groove 21. (Which will be described later) is formed,
This forms one side edge of the elongated hole 19.

Further, the concave groove 20 and the reverse concave groove 21 are arranged so as not to be located on the same vertical line, so that the strength reduction of the core plate 17 due to the concave groove 20 and the reverse concave groove 21 is avoided. It is a thing. In this embodiment, the groove 20
Are arranged outside the reverse concave groove 21.

The mounting plate 18 has a plurality of required bolt insertion holes 1 above and below portions located on both sides of the core plate 17.
8 '... are provided.

The main body A of the joint is prepared by separately preparing a bottom plate 16, a core plate 17, and a mounting plate 18 of the same thickness and made of iron plate.
They can be easily manufactured by assembling them by appropriate means such as welding or screwing, or by integrally molding the whole.

B and C denote columns and beams to be joined to each other. Reference numeral 22 denotes a recess formed at a beam joining portion on one side surface of the pillar B. The recess 22 is formed to have a required size for receiving the mounting plate 18 and the end of the bottom plate 16 of the main body A of the joining fitting. Have been.

23 are bolt insertion holes 1 of the mounting plate 18
The bolt insertion holes drilled in the column B in the arrangement corresponding to 8 '... have one end opened in the recess 22 and the other end opened on the opposite side of the column B.

The main body A of the above structure is attached to the column 22 as follows. That is, the mounting plate 18 of the joining metal body A and the end of the bottom plate 16 are
, And the tips of the tightening bolts 24 inserted from the opposite side into the bolt insertion holes 23 project from the bolt insertion holes 18 ′ of the mounting plate 18.
Are screwed and tightened, whereby the joint metal main body A is attached to the column B (FIG. 9).

The beam C has, at its joint end C ', a fitting cavity 26 having substantially the same shape as the outer shape of the joint metal body A excluding the mounting plate 18 (FIGS. 1 and 4).

The fitting space 26 is formed at the joint end C 'of the beam C.
A flat recess 27 provided on the bottom surface of the base plate and having a required size and shape for receiving the bottom plate 16; a required size and shape provided along the center line of the joint end C 'and receiving the core plate 17; A vertical groove 28, sub-grooves 29 and 29 'of required size and shape provided at a position corresponding to the concave groove 20 at an upper end opening portion of the vertical groove 28,
7 and the vertical groove 28, the reverse sub-groove 30 provided at a position corresponding to the long hole 19 and the reverse concave groove 21,
30 'are continuously formed with each other.

The flat recess 27 is opened not only on the bottom surface of the joint end C ', but also on its longitudinal end face C ", and the vertical groove 26 is opened on the upper face of the joint end C'and the longitudinal end face C". And sub groove 2
9, 29 'are opened on the same upper surface.

The joining of the beam C to the column B is performed as follows. The longitudinal groove 28 of the fitting cavity 26 at the joint end C 'of the beam C is fitted to the core plate 17 of the joint fitting main body A (FIG. 10) attached to the column B as described above.
The flat recesses 27 are fitted and matched to the bottom plate 16, respectively.

This fitting operation may be performed by temporarily lifting the joint end C 'of the beam C above the joint fitting main body A and then lowering it. However, the joining end C ′ is made to approach the joining metal body A from the horizontal direction, and the longitudinal end face C ″ is obtained.
In the state where the flat recess 27 opening to the bottom plate 16 is aligned with the bottom plate 16 and the vertical groove 28 is aligned with the core plate 17, the sliding can be performed as it is on the column B side. As described above, there is no need to raise the joint end C 'of the beam C above the joint main body A as described above.

As a result, as is apparent from FIG. 10, the joint end portion C'of the beam C is mounted on the bottom plate 16 of the joint metal main body A, the sub-grooves 29, 29 'are arranged in the concave groove 20, and the reverse groove 29 is arranged in the reverse direction. The sub-grooves 30 and 30 'substantially correspond to the elongated hole 19 and the reverse recessed groove 21, respectively, and at this time, the upper surface of the joint end C'is flush with the upper end surface of the core plate 17 of the main metal fitting A. At the same time, the lower surface of the joint end C'is flush with the lower surface of the bottom plate 16 of the main fitting A.

Next, as described above, the wedge guide pieces 31, 34 and the washer member are provided in the sub-grooves 29, 29 'and the concave groove 20, and the reverse sub-grooves 30, 30' and the reverse concave groove 21, which substantially correspond to each other. After fitting the washers 32 and 35 respectively, the driving wedges 33 and 3
Type 6.

The wedge guide piece 31 is made of a spring material. The other side face 31 "is inclined with respect to one side face 31 'so as to be tapered from the upper end to the lower end. 31 'is curved outward and the other side 3
1 "is formed in a plane arc shape curved inward, and a fitting groove 31a is formed on one side surface 31 'of the fitting so as to fit into the edge 20' of the concave groove 20 (FIG. 5). , 6).

The washer 32 has flat side surfaces 32 ', 3
2 "are metal plates formed parallel to each other.

The driving wedge 33 is made of wood, and is formed by inclining a flat one side surface 33 'so that another flat side surface 33 "is tapered from an upper end to a lower end thereof. .

The wedge guide piece 34 is made of a spring material similarly to the wedge guide piece 31. The wedge guide piece 34 is tapered from one end 34 'to the other side 34 "from the lower end to the upper end. And the other side 34 "is curved inward, and the other side 34" is curved inward. A fitting groove 34a that fits into the edge 21 'is formed (FIGS. 7 and 8).

The washer 35 has flat side surfaces 35 ', 3
5 "are metal plates formed in parallel with each other.

The driving wedge 36 is made of wood and has a flat one side surface 36 'and a flat other side surface 36 "which is inclined so as to be tapered from the lower end toward the upper end. is there.

When the wedge guide piece 31, the washer 32, and the driving wedge 33 are fitted and driven into the sub-grooves 29, 29 'and the concave groove 20, the wedge guide piece 31 is moved into the sub-grooves 29, 29'.
And the rim 20 ′ of the groove 20 is fitted into the groove 20.
After fitting the fitting groove 31a of the wedge guide piece 31, the washer 32 is overlapped on the other side face 31 ″.
(FIG. 10).

Thus, the wedge guide piece 31 and the washer 32
Is formed in the sub-grooves 29, 29 'and the concave groove 20 into which the groove is fitted. And the extra space (a)
The driving wedge 33 is driven from above (see FIG. 1).
1).

According to the driving, the wedge guide piece 31 is
The curvature of the one side 31 'and the other side 31 "is corrected and elastically deformed, whereby the pressure contact between the beam C and the column B is maintained (FIGS. 12 and 13).

In fitting and driving the wedge guide piece 34, the washer 35 and the driving wedge 36 into the reverse sub-grooves 30 and 30 'and the reverse concave groove 21, the wedge guide piece 34 is moved from the long hole 19 to the reverse concave groove 21. It is inserted into the inside from the lower side, and further, the fitting groove 34a of the wedge guide piece 34 is fitted to the rim 21 'of the concave groove 21. Thereafter, the washer 35 is fitted so as to overlap the other side surface 34 "(FIG. 10).

As a result, the wedge guide piece 34 and the washer 3
A spare space (b) is formed in the reverse sub-grooves 30 and 30 'and the reverse recessed groove 21 into which 5 is fitted. Thereafter, the driving wedge 36 is driven into the extra space (b) from below (FIG. 11).

According to the driving, the wedge guide piece 34 is
The curvature of the one side 34 'and the other side 34 "is corrected and elastically deformed. As a result, the pressure contact between the beam C and the column B is maintained.

By the driving of the driving wedges 33 and 36, the entire beam C moves to the column B side, and the longitudinal end face C ″ of the joint end C ′ thereof comes into pressure contact with the side surface of the column B, and the sub-groove 29, 29 'and the concave groove 20, and the reverse sub-grooves 30 and 30' and the reverse concave groove 21, respectively.
Is completed (FIGS. 12 and 13).

The present invention is not limited to the above-described embodiment, and various modifications can be made within the scope of the invention.

Next, a second embodiment shown in FIGS. 14 and 15 will be described. Since the pillars are the same as those described in the first embodiment, the same portions are denoted by the same reference numerals and description thereof will be omitted.

D is mainly a metal fitting, which is a rectangular bottom plate 37, which is installed vertically on the upper surface of the bottom plate 37 along the center line and at the center of which a horizontal rectangular shape penetrating both left and right sides. A wedge-shaped hole 38 is formed in the core plate 39, which also has a rectangular shape, and a bottom plate 37 and a mounting plate 40 standing upright at one longitudinal end of the core plate 39 (FIG. 14,
15).

The mounting plate 40 has a plurality of required bolt insertion holes 4 above and below portions located on both sides of the core plate 39.
0 'are provided.

This joint fitting main body D is prepared by separately preparing a bottom plate 37, a core plate 39, and a mounting plate 40 of the same thickness and made of iron plate.
They can be easily manufactured by assembling them by appropriate means such as welding or screwing, or by integrally molding the whole.

In the main body D, the mounting plate 40 and the end of the bottom plate 37 are fitted into the recesses 22 of the column B, and the front ends of the tightening bolts 24 inserted through the bolt insertion holes 23 from the opposite side. Project from the bolt insertion holes 38 ′ of the mounting plate 38, and the tightening nuts 25 are screwed and tightened at the protruding ends thereof, whereby the main body D of the joint is attached to the column B.

The beam C has, at the joint end C 'thereof, a fitting cavity 41 having substantially the same shape as the outer shape of the joint metal main body D excluding the mounting plate 40.

The fitting space 41 is formed at the joint end C ′ of the beam C.
A flat recess 42 provided on the bottom surface of the base plate and having a required size and shape for receiving the bottom plate 37; a required size and shape provided along the center line of the joint end C 'and receiving the core plate 37; The vertical groove 43, which crosses the vertical groove 43, corresponds to the wedge window hole 38, and has a beam C
The left and right side surfaces Ca, Cb are formed by penetrating wedge insertion lateral holes 44, 44 'having left and right openings.

The flat recess 42 opens on the bottom surface of the joining end C 'and on its longitudinal end surface C ", and the vertical groove 41 opens on the top surface of the joining end C' and the longitudinal end surface C". doing.

The joining of the beam C to the column B is performed as follows. The vertical groove 43 of the fitting cavity 41 at the joint end C ′ of the beam C is fitted to the core plate 39 of the joint fitting main body D attached to the column B as described above, and
To the bottom plate 37.

As a result, the joint end portion C 'of the beam C is mounted on the bottom plate 37 of the joint fitting main body D, and the wedge window holes 38 substantially correspond to the wedge insertion lateral holes 44 and 44', respectively.
The upper surface of the joining end C 'is flush with the upper end surface of the core plate 39 of the joining metal body A, and the lower surface of the joining end C' is flush with the lower surface of the bottom plate 37 of the joining metal body D. It has become.

Next, after the wedge guide piece 46 and the washer 47 serving as a washer member are fitted into the wedge window hole 38 and the wedge insertion lateral holes 44 and 44 'substantially corresponding to each other as described above, the driving wedge 4 is inserted.
8 (FIG. 16).

The wedge guide 46 is made of a spring material, and the other side 46 "is inclined with respect to one side 46 'so as to be tapered from the rear end 46a toward the front end 46b. It is a flat arcuate shape formed by curving one side 46 ′ outward and the other side 46 ″ inward, and fits on one side 46 ′ with the rim 38 ′ of the wedge window 38. A fitting groove 46c is formed (FIG. 15).

The washer 47 has flat side surfaces 47 'and 4'.
7 "are horizontally long metal plates formed in parallel with each other.

The driving wedge 48 is made of wood and has a flat one side surface 48 'and a flat other side surface 48 "which is inclined so as to taper from a rear end 48a to a front end 48b. Things.

When the wedge guide piece 46, the washer 47 and the driving wedge 48 are fitted and driven into the wedge window hole 38 and the wedge insertion lateral holes 44 and 44 ', the wedge guide piece 46 is connected to the wedge window hole 3.
8 and wedge insertion lateral holes 44, 44 '.
The fitting groove 46c of the wedge guide piece 46 is inserted into the rim 38 'of the wedge window hole 38.
To fit. Thereafter, a washer 47 is fitted so as to overlap the other side surface 46 ".

Thus, the wedge guide piece 46 and the washer 4
A margin space (C) is formed in the wedge window hole 38 and the wedge insertion lateral holes 44 and 44 'into which the holes 7 are fitted. Thereafter, the driving wedge 46 is driven into the extra space (C) (FIG. 16).

According to the driving, the wedge guide piece 46 becomes
The curvature of the one side surface 46 'and the other side surface 46 "is corrected and elastically deformed. As a result, the pressure contact between the beam C and the column B is maintained (FIG. 17).

When the driving wedge 48 is driven, the entire beam C moves to the column B side, and the longitudinal end face C ″ of the joint end portion C ′ is pressed against the side surface of the column B, and the wedge window hole 38 and the wedge insertion hole are inserted. The horizontal holes 44 and 44 'are made to coincide with each other.
The joint structure between the beam and the beam C is completed.

In the above, the embodiment using the washer together with the wedge guide piece has been described. However, for example, when a metal wedge is used as the driving wedge, the washer may not necessarily be used.

In the above description, one driving wedge 32 is driven into the extra space in the concave groove. However, two driving wedges each having a size and a shape obtained by dividing the driving wedge 32 into two right and left parts are inserted into the concave groove. May be driven into the extra space. In this case, since the length of each driving wedge is shorter than that of one driving wedge 32, it is easy to perform driving while maintaining them in a horizontal posture. Also, as the wedge guide piece to be fitted into the inverted concave groove, two wedge guide pieces having a size and shape obtained by dividing the wedge guide piece 34 into two right and left parts may be used.

In the above description, the washer is mounted and supported on the flange together with the wedge guide piece. However, when the washer is not used, only the wedge guide piece may be mounted and supported.

[0065]

As is apparent from the above description, according to the present invention, even when the dry state changes and the horizontal members such as columns and needles expand and contract or when vibrations are applied to them, the same can be obtained. Since the wedge guide piece is elastically deformed in accordance with the expansion and contraction and vibration of the column, the pressure contact between the column and the horizontal member can be maintained.

[Brief description of drawings]

FIG. 1 is an exploded perspective view showing a first embodiment of a cross member joining structure of the present invention.

FIG. 2 is a perspective view of a joining fitting main body, a wedge guide piece and a driving wedge.

FIG. 3 is a sectional view taken along line II of FIG. 1;

FIG. 4 is a sectional view taken along line II-II of FIG.

FIG. 5 is a perspective view of a wedge guide piece fitted into a concave groove.

FIGS. 6A, 6B, and 6C are a plan view, a rear view, and a side view of the wedge guide piece according to the first embodiment.

FIG. 7 is a perspective view of a wedge guide piece fitted into the inverted concave groove.

FIGS. 8A, 8B, and 8C are a plan view, a rear view, and a side view of the same wedge guide piece.

FIG. 9 is a side view of a state in which a joining metal member is attached to a pillar.

FIG. 10 is a longitudinal sectional view showing a state in which a beam is mounted on the above-mentioned joint fitting main body.

FIG. 11 is a longitudinal sectional view of the same beam as above when a wedge guide piece and a driving wedge are cast and the joint end face is pressed against a column.

FIG. 12 is a longitudinal sectional view showing a state in which a beam is mounted on the above-mentioned joint fitting main body.

FIG. 13 is a partially enlarged perspective view of the horizontal member joining structure of the present invention.

FIG. 14 is an exploded perspective view of the second embodiment of the present invention.

FIG. 15 is a perspective view of the main body of the same fitting, a wedge guide piece, and a driving wedge.

FIG. 16 is a cross-sectional view of a main part of the horizontal member joining structure, showing a state in which a driving wedge is about to be driven and inserted.

FIG. 17 is a cross-sectional view of a main part in a state where the driving wedge has been driven and inserted.

FIG. 18 is a perspective view of a known example of a joint structure between a horizontal member and a column.

FIG. 19 is an exploded perspective view of the same.

FIG. 20 is a cross-sectional view showing a state in which the wedge member of the above is about to be driven and inserted.

[Explanation of symbols]

 16, 35 Bottom plate 16a Flange 17, 37 Core plate 18, 38 Mounting plate 19 Long hole 20 Concave groove 21 Reverse concave groove 26 Fitting empty space 27 Flat concave surface 28 Vertical groove 29, 29 'Secondary groove 30, 30' Reverse Sub-grooves 31, 34, 46 Wedge guide pieces 32, 35, 47 Washers 33, 36, 48 serving as washer members Driving wedges 38 Wedge window holes 44, 44 'Wedge insertion horizontal holes (A), (B) Extra space A, D Joints mainly B columns C beams such as beams

Claims (9)

[Claims] In a horizontal structure joining structure of a wooden building in which a horizontal member such as a beam is joined to a pillar of the wooden building mainly by a joint, the joint mainly establishes a core plate on an upper surface of a bottom plate; An attachment plate is erected on one end surface of the bottom plate and the core plate, the bottom plate has a long hole, and the core plate has a concave groove on an upper end surface, and a reverse groove on a lower end surface and at a position corresponding to the long hole. The horizontal member is provided at the joint end with a fitting space having substantially the same shape as the main body of the joining metal fittings, that is, a required size provided on the bottom surface of the joining end and receiving the bottom plate. A flat groove provided at the joint end and having a required size and shape for receiving the core plate, and an upper end opening portion of the vertical groove corresponding to the concave groove. The sub-groove of the required size and shape provided at the position, between the flat recess and the longitudinal groove, And forming a fitting space formed by connecting the inverted sub-groove provided at a position corresponding to the inverted concave groove. A horizontal member is mounted on the main body of the joint in a state in which the fitting space is fitted in the main body of the joint, and a marginal space for the sub-groove and the concave groove in which the wedge guide piece made of a spring material is fitted. By driving the driving wedge from below, through the elongated hole, into the spare sub-groove and the reverse concave groove, into which the wedge guide pieces made of spring material are fitted, respectively, A connecting member for a wooden building, wherein a longitudinal end face of a connecting end of the connecting member is constantly pressed against a side surface of a pillar. 2. A connecting structure of a wooden building in which a beam or other transverse member is joined to a pillar of the wooden building by a joining member mainly, wherein the joining member mainly establishes a core plate on an upper surface of a bottom plate; An attachment plate is erected on one end surface of the bottom plate and the core plate, the bottom plate has a long hole, and the core plate has a concave groove on an upper end surface, and a reverse groove on a lower end surface and at a position corresponding to the long hole. The horizontal member is provided at the joint end with a fitting space having substantially the same shape as the main body of the joining metal fittings, that is, a required size provided on the bottom surface of the joining end and receiving the bottom plate. A flat groove provided at the joint end and having a required size and shape for receiving the core plate, and an upper end opening portion of the vertical groove corresponding to the concave groove. The sub-groove of the required size and shape provided at the position, between the flat recess and the longitudinal groove, And forming a fitting space formed by connecting the inverted sub-groove provided at a position corresponding to the inverted concave groove. A horizontal member is mounted on the main body of the joint in a state where the fitting space is fitted in the main body of the joint, and a sub-groove and a concave groove in which a washer member is fitted together with a wedge guide piece made of a spring material. The wedge is driven into the spare space of the reverse sub-groove and the reverse concave groove in which the washer member is fitted together with the wedge guide piece also made of a spring material from above, through the elongated hole, from below. , Whereby the longitudinal end face of the joining end of the horizontal member is constantly pressed against the side surface of the column, thereby joining the horizontal member of the wooden building. 3. The wedge guide piece fitted into the sub-groove and the concave groove has the other side inclined with respect to one side thereof so as to be tapered from the upper end to the lower end, and the one side is externally formed. 3. The cross member for a wooden building according to claim 1, wherein the cross member is curved inward and the other side surface is curved inward, and further, a fitting groove is formed on one side surface thereof so as to fit into an edge of the concave groove. Joint structure. 4. A wedge guide piece fitted in the reverse sub-groove and the reverse concave groove, the other side surface is inclined with respect to one side surface so as to be tapered from a lower end to an upper end, and one side surface thereof. 4. A wooden building according to claim 1, wherein the outer side is curved outwardly and the other side is curved inwardly, and further, a fitting groove is formed on one side thereof to fit into the rim of the inverted concave groove. Structure for joining horizontal members. 5. The wooden structure according to claim 1, wherein a flange portion for mounting and supporting the wedge guide piece fitted to the edge of the inverted groove is formed at a position on the bottom plate corresponding to the inverted groove. Horizontal structure joining structure of building. 6. The horizontal member joining structure for a wooden building according to claim 5, wherein the flange supports the washer member together with the wedge guide piece. 7. A core plate is established on the upper surface of the bottom plate, and a mounting plate is erected on one end surface of the bottom plate and the core plate. A joining metal fitting having an inverted groove at an outer position, a wedge guide piece made of a spring material, which fits into the groove and the inverted groove, and a groove and an inverted groove fitted with the wedge guide piece. And a driving wedge that is driven into a spare space of a wooden building. 8. A horizontal member joining structure for a wooden building in which a lateral member such as a beam is joined to a pillar of the wooden building by a joining member mainly, wherein the joining member mainly establishes a core plate on an upper surface of a bottom plate; An attachment plate is erected on one end surface of the bottom plate and the core plate, and a wedge window hole is formed in the core plate so as to penetrate both left and right surfaces thereof. A flat recess provided on the bottom surface and having a required size and shape for receiving the bottom plate; and a vertical recess provided on the joint end and having a required size and shape for receiving the core plate and continuous with the flat empty space. It is provided with a fitting cavity consisting of a groove, and further, a wedge insertion lateral hole is formed so that its left and right openings are opened on the left and right side surfaces of the horizontal member, so as to penetrate the position corresponding to the wedge window hole. On one side of the pillar, the main body of the joint was mounted horizontally. A horizontal member is mounted on the main body of the joint in a state where the fitting space is fitted to the main body of the joint, and a wedge window hole of the main body of the joint and a wedge insertion lateral hole of the horizontal member. A wedge guide piece made of a spring material is inserted into the wedge guide piece, and a wedge is driven into a marginal space of the wedge insertion lateral hole and the wedge window hole into which the wedge guide piece is inserted, thereby forming a longitudinal end face of the joint end of the horizontal member. The cross-connecting structure of a wooden building, characterized in that it is constantly pressed against the side of the pillar. 9. A joint in which a core plate is established on the upper surface of the bottom plate, a mounting plate is erected on one end surface of the bottom plate and the core plate, and wedge window holes are formed in the core plate so as to penetrate both left and right surfaces thereof. A wooden building, comprising: a fitting main body; a wedge guide piece made of a spring material that fits into the wedge window hole; and a driving wedge that is driven into a marginal space of the wedge window hole fitted with the wedge guide piece. Horizontal material joining tool.