JP3311716B2 - Gusset plate and joint structure of structural steel using gusset plate - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a gusset plate for joining structural steel materials to each other, and to a structure for joining structural steel materials using the gusset plate.

[0002]

2. Description of the Related Art In the process of constructing a building in an underground space, for example, a supporting material for supporting the earth retaining wall is used to prevent collapse of the earth retaining wall in the underground space. Such a supporting material is composed of a structural steel material such as an H-shaped steel, an I-shaped steel, and a channel steel, and a joining material for joining these structural steel materials. Among such bonding materials, there is a material called a gusset plate. As shown in FIG. 5, the gusset plate 100 has a plate shape formed of a steel plate, and has round holes for inserting bolts 105 for fastening the gusset plate 100 to the structural steel material. Have bolt holes 101,.

[0003] As a supporting material constituted by joining structural steel materials by such a gusset plate 100, for example, there is one shown in FIG. The support material 110 is
Bellows 111, 111 provided so that the longitudinal direction is horizontal with respect to the retaining wall,
Cutting beams 112, 112 provided so as to be orthogonal to 111 and have a longitudinal direction being horizontal,
Fire beams 113, 113 provided from 0, 110 to the cut beams 112, 112, and cut beams 112, 112 to receive a load applied to the joint between the fire beams 113, 113 and the cut beams 112, 112. Spacer beam 11 provided between
4, and the spacer beam 114 and the cutting beams 112, 112
And a gusset plate 100 for joining the two.

Here, the spacer beam 114 and the cutting beam 112,
FIG. 7 shows a joint portion where the gusset plate 112 is joined to the gusset plate 100. That is, the cutting beam 11
2. The spacer beams 114 are arranged such that the flange surfaces thereof are vertically arranged, and the upper and lower flange surfaces of the cutting beams 112 and the spacer beams 114 are connected by gusset plates 100, respectively. This connection is made with a number of bolt holes 10 formed in the gusset plate 100.
Are aligned with the bolt holes 112a formed in the cutting beams 112 and the bolt holes 114a formed in the spacer beams 114, and are fastened by bolts 105. Therefore, the load applied in the direction of arrow C in FIG. 7 from the cutting beam 112 to the spacer beam 114 is transmitted from the cutting beam 112 to the gusset plates 100, 100 via the bolts 105,. Are transmitted to the spacer beam 114 via the first and second spacers 105.

[0005]

However, in the above-mentioned conventional technique, most of the load applied from the cutting beam 112 to the spacer beam 114 in the direction of arrow C in FIG. Because of the structure, a large number of bolts 105,
There was a problem that ... was necessary. In addition, since a large number of bolts 105 need to be arranged, there is a problem that the size of the gusset plate 100 is necessarily large. Further, the gusset plate 100
Because of the large size, the gusset plate 100 was heavy, and there was a problem that workability was poor.

Since the bolt holes 101 for inserting the bolts 105 are round holes, the cutting beams 112 are provided.
If the arrangement of the spacer beams 114 and the spacer beams 114 is not performed accurately, the cutting beams 112 and the spacer beams 1 are removed from the bolt holes 101,.
There was a problem that the bolts 105,...

Therefore, an object of the present invention is to enable downsizing and weight reduction, reduce the number of mounting fasteners, and position a steel material for joining when fastening with the fasteners. Gusset plate that can tolerate errors
Another object of the present invention is to provide a structure for joining structural steel materials using a gusset plate.

[0008]

SUMMARY OF THE INVENTION In order to solve the above problems, the invention according to claim 1 is, for example, as shown in FIGS. 1, 2 and 4, for structural steel materials (for example, cutting beams 12, 12). A gusset plate 1 for joining together, a plate body 2 attached over both of the structural steel materials to be joined, and a gusset plate 1 provided on the plate body so that both structural steel materials face each other. A load transmitting portion 3 that transmits a load from one structural steel material to the other structural steel material by being interposed between the end portions in a state in which the load transmitting portion 3 is in contact with the end portion;
Wherein the load transfer portion, impact from one side of the plate body
The protrusion is a protruding portion .

According to the first aspect of the present invention, one of the structures is provided on the plate body and interposed between the opposite ends of the two structural steel members in contact with the opposite ends. A load transmitting portion for transmitting a load from the structural steel material to the other structural steel material, so that a load from one structural steel material can be transmitted to the other structural steel material via the load transmitting portion. . Therefore, there is no need to receive this load due to the shear strength of fasteners such as bolts for attaching the plate body to the structural steel material, and this fastener can securely attach the plate body to the joining steel material. What you can do is enough. That is, for example, a load from one structural steel material is transmitted to the plate main body via a fastener for fastening the plate main body to the one structural steel material, and further, the plate main body is connected to the other structural steel material. The attachment force of the plate body to the structural steel material by the fastener is smaller than that transmitted to the other structural steel material via the fastener that secures to the structural steel material. Therefore, for example, the number of fasteners such as bolts can be reduced, and fastening work with bolts or the like can be facilitated. In addition, since only a relatively small number of fasteners need to be arranged, the size of the plate body can be reduced, and the gusset plate can be reduced in cost. In addition, the small size of the plate body allows the gusset plate to be made lightweight, which makes the gusset plate easy to handle,
Workability is improved.

[0010] Here, the structural steel material refers to all structural steel materials generally used in civil engineering construction sites, such as H-shaped steel, I-shaped steel, and grooved steel. The plate body is, for example, a plate-shaped member formed of a steel plate.
The plate main body is formed with a hole through which a fastener such as a bolt is inserted for attaching the plate main body to a structural steel material. The load transmitting part and the plate body
For example, the connection may be made by a fitting structure of the protrusion and the hole or the recess. However, the load transmitting unit and the plate body may be integrally formed. It should be noted that the load transmitting unit that transmits the load from one structural steel to the other structural steel transmits the load from the other structural steel to the one structural steel. Of course.

[0011]

[0012] According to the first aspect of the invention, the load transmitting portion are the protrusion protruding from one side of the plate body, distribution of both the flange surface of the cemented steel material to be joined flush In this state, by attaching the plate body to the joining steel material such that one surface of the plate body comes into contact with these flange surfaces, the load transmitting portion can be disposed between both opposing ends of the joining steel material. .

[0013] According to a second aspect of the invention, the gusset plate 1 according to claim 1, the plate in the main body 2, the plate body 2 of structural steel 12, 18 fastening device for attachment to (for example, a bolt 35, …) Are formed, and a long hole (bolt hole 2c, ...) is formed.

According to the second aspect of the present invention, since the plate body is formed with the elongated hole through which the fastener for attaching the plate body to the structural steel material is formed, the longitudinal length of the elongated hole is formed. Within the direction, the position of the fastener can be adjusted. Therefore, even if there is some error in the disposition of the structural steel material, an error in the disposition position of the joining steel material when fastening with the fastener can be tolerated.

The third aspect of the present invention provides the first or second aspect.
Using the gusset plate 1 described above, the structural steel 12,
18 is a joint structure of structural steel materials joined together,
One side of the plate body 2 of the gusset plate 1 is
The structural steel material is attached to both of the structural steel materials in a state of abutting on both flange surfaces thereof, and the load transmitting portion 3 is in a state of abutting on both opposing ends of the structural steel material. And being interposed between the ends.

According to the third aspect of the present invention, the plate body of the gusset plate is attached across both of the structural steel materials with one surface thereof in contact with both flange surfaces of the structural steel materials. Since the load transmitting portion is interposed between the opposite ends of the structural steel material in a state in which the load transmitting portion is in contact with the opposite ends, the load from one structural steel material is transmitted to the load transmitting portion. Through the other structural steel material. Therefore, there is no need to receive this load due to the shear strength of fasteners such as bolts for attaching the plate body to the structural steel material, and this fastener can securely attach the plate body to the joining steel material. What you can do is enough. That is, for example, a load from one structural steel material is transmitted to the plate main body via a fastener for fastening the plate main body to the one structural steel material, and further, the plate main body is connected to the other structural steel material. The attachment force of the plate body to the structural steel material by the fastener is smaller than that transmitted to the other structural steel material via the fastener that secures to the structural steel material. Therefore, for example, the number of fasteners such as bolts can be reduced, and fastening work with bolts or the like can be facilitated. In addition, since only a relatively small number of fasteners need to be arranged, the size of the plate body can be reduced, and the gusset plate can be reduced in cost. In addition, the small size of the plate body allows the gusset plate to be made lightweight, which makes the gusset plate easy to handle,
Workability is improved.

[0017]

Embodiments of the present invention will be described below with reference to the drawings. First, as shown in FIGS. 1 and 2, a gusset plate 1 according to the present invention includes, for example, a plate-shaped plate body 2 made of a steel plate or the like and having a substantially rectangular shape, and a load transmission provided on the plate body 2. Part 3
, And bolt holes (b) (long holes) 2c,... Formed in the plate body 2 for attaching the plate body 2 to the structural steel material.

The load transmitting portion 3 is interposed between the two ends of the structural steel material to be joined to each other in a state where the load transmitting portion 3 is in contact with the opposite ends of the two structural steel materials. Is transmitted to the other structural steel material. The load transmitting portion 3 is a convex portion provided on the plate main body 2 so as to project from one surface of the plate main body 2 as shown in the drawing. The load transmitting portion 3 includes, for example, convex portions 3b, 3b, 3b formed on a main body 3a of the load transmitting portion 3 and load transmitting portion mounting holes 2a, 2 formed on the plate main body 2.
a, 2a, it is fixed to the plate body 2. It is desirable that the thickness of the load transmitting portion 3 is equal to or slightly larger than the flange portion of the structural steel material to be joined (for example, as shown in FIG. It is set slightly thicker than the flange). The bolt holes 2c,.
Are elongated holes, and the positions of the bolts can be adjusted within the longitudinal direction of the bolt holes 2c.

Next, a description will be given of a supporting material formed by applying such a joining structure of structural steel materials using the gusset plate 1 with reference to FIGS. 3 and 4. FIG. First,
The earth retaining wall (not shown) is provided with bulges 10, 10 such that the longitudinal direction thereof is horizontal.
The ends of the protuberances 10 are joined by a joining plate 11. In addition, provoking 10,10
The ends of the cut beams (structural steel materials) 12, 12 are fixed to the inner surface of the slab, so that the cut beams 12, 12 protrude.
, And the longitudinal direction is horizontal. In addition, the striking beams 15, 16 are provided from the bellows 10, 10 to the cutting beams 12, 12, by interposing the striking members 13, 14, and the striking joining members 17, 17, and the striking beams 15, 16 are provided. , Cutting beam 12, prong 10
Truss structure, and the striking beam 16, the cutting beam 12,
A truss structure by the prongs 10 is formed.

Further, the cutting beams 1 and 16 are
In order to receive the load applied to 2,2,12,
Spacer beam 18 is provided at gusset plates 1, 1, 1 at intervals of 2.
1, 1 are provided. Gusset plate 1,
1, 1, 1 are respectively provided on the upper and lower surfaces of both ends of the spacer beam 18, and four are used for convenience.

Here, the joint between the spacer beam 18 and the cutting beam 12 via the gusset plate 1 will be described in detail with reference to FIG. First, the cutting beam 12 and the spacer beam 18 are arranged such that their flange surfaces are vertically arranged.
In addition, the plate bodies 2, 2 of the gusset plates 1, 1
Are aligned with the bolt holes 18a,... Of the spacer beam 18.
are fixed to the spacer beam 18 by screwing bolts 30,... into the bolt holes 18a,. Further, the plate bodies 2, 2 are provided with bolts 35,... In the bolt holes 2c,. By being screwed in, it is fixed to the cutting beam 12. As a result, the plate bodies 2 and 2 of the gusset plates 1 and 1 are in contact with both the spacer beams 18 and the cutting beams 12 in a state where one surface thereof is in contact with both flange surfaces of the spacer beams 18 and the cutting beams 12. In this state, the load transmitting portions 3 and 3 are attached to the spacer beam 18 and the cutting beam 1.
2 is interposed between the opposite ends in a state of contact with both opposite ends.

Accordingly, from the striking beams 15, 16 to the cutting beams 12,
The load applied to 12 can be transmitted from the cutting beams 12, 12 to the spacer beam 18 via the load transmitting portions 3, 3, 3, 3. That is, a load is transmitted from the cutting beams 12, 12 to the plate bodies 2, 2, 2, 2 via the bolts 35,.
Since the load is not transmitted from the plate bodies 2, 2, 2, 2 to the spacer beams 18 via the bolts 30,.
The number of the bolts 30,..., 35,. That is, the bolts 30,..., 35,.
It is only necessary to securely attach 2,2,2 to the spacer beam 18, cutting beam 12,12. Therefore, bolt 3
0,..., 35,..., And a relatively small number of bolts 30,.
... only need to be placed, so the plate bodies 2, 2,
The size of the gusset plates 1, 1, 1, 1 can be reduced at a low cost. Further, the plate bodies 2, 2, 2,
2 is small, so the gusset plates 1,1,1,
1 can be configured to be lightweight, whereby the gusset plates 1, 1, 1, 1 can be easily handled, and workability is improved.

Next, the cutting beams 12, 12 and the spacer beams 18
And the construction procedure of the gusset plates 1, 1, 1, 1 will be described. The load transmitting portion 3 of the gusset plates 1, 1, 1, 1 needs to be surely disposed between the end portions of the spacer beam 18 and the cutting beam 12.
It is necessary to provide the gaps 2 and 12 at desired intervals. Conventionally, a bolt hole formed at a predetermined pitch such as 75 mm on the inner surface of
By aligning the bolt holes formed in the end face of the cutting beam 112 and fastening them with bolts, the cutting beam 112 was directly joined to the belly 110. However, in this case, an error occurs in the interval between the cutting beams 112, 112 due to an error in the position of the bolt hole or the like.

Therefore, the following method is used to set the interval between the cutting beams 12, 12 to a desired interval. First, bolt holes are formed at predetermined pitches along the longitudinal direction on the inner surfaces of the belly 10,10. On the other hand, a plurality of bolt holes are also formed at predetermined positions on the lower surface of the ends of the cutting beams 12 and 12. And these cutting beams 12,
The joint between the protruding parts 12 and the protruding parts 10 is formed, for example, by connecting members 20 made of an angle material and having an L-shaped cross section.
(See FIG. 3).

That is, in detail, a plurality of bolt holes are formed on one surface of the joining members 20, 20 so as to overlap with the bolt holes of the bulges 10, 10. And I get upset 10,10
The bolt holes of the joining members 20, 20 are aligned with the bolt holes, and the bolts are screwed into these bolt holes, whereby the joining members 20, 20 are bent upside down and fixed to 10, 10. In this state, the other surfaces of the joining members 20, 20 protrude from the lower end of the one surface and are included in a substantially horizontal plane.
The other surfaces of the joining members 20 and 20 are connected to the cutting beams 12 and 1.
2 for supporting the lower surface of the end portion. here,
The distance between the two joining members 20, 20 is set to be substantially equal to the desired distance between the cutting beams 12, 12 provided thereafter.

Further, bolt holes are formed in the other surfaces of the joining members 20, 20 so as to overlap the bolt holes on the lower surfaces of the cutting beams 12, 12. The positions of the bolt holes are set so that the gap between the cut beams 12, 12 is exactly the desired one when the cut beams 12, 12 are attached to the other surfaces of the joining members 20, 20 by bolts. Adjust in the width direction of the surface. After the bolt holes are formed on the other surfaces of the joining members 20, 20, the bolt holes are aligned with the bolt holes of the cutting beams 12, 12, and these are fastened by bolts. One end of 12 is supported by the joining members 20, 20, and is fixed to the uprights 10, 10. In this state, the distance between the two cutting beams 12, 12 is equal to the total distance of the length of the spacer beam 18 and the widths of the two load transmitting portions 3, 3 located at both ends of the spacer beam 18. Or, it is slightly larger than this distance.

As described above, the cutting beams 12 and 12 are protruded and
Instead of being directly attached to 0, 10, the cutting beams 12, 12 are raised through the joint members 20, 20.
And the joining members 20 and 20 and the cutting beam 1
Since the bolt holes for joining the first and second beams 12 and 12 are provided at the optimum positions in the on-site construction, the interval between the cut beams 12 and 12 can be accurately set, for example, with an error of about 1 mm.
Therefore, the gusset plates 1,1,1,1
Of the load transmitting portions 3, 3, 3, 3 and the cutting beams 12, 12.

After the cutting beams 12, 12 are installed in this way, the spacer beams 18 and the gusset plates 1, 1,
Attach 1,1 to the cutting beams 12,12. First, the gusset plates 1 and 1 on the upper surface side of the spacer beam 18 are moved to the spacer beam 1.
8 is fixed to both ends. At this time, gusset plate 1,
One of the side surfaces of the load transmitting portions 3 and 3 is a spacer beam 18.
Are in contact with both end faces. After the gusset plates 1, 1 are fixed to the spacer beams 18, the spacer beams 18 and the gusset plates 1, 1 are suspended and suspended over the cutting beams 12, 12, which are provided at predetermined intervals as described above. As above. Further, the spacer beams 18 and the gusset plates 1, 1 are aligned so that the bolt holes 2c,... Of the gusset plates 1, 1 overlap the bolt holes 12a,. At this time, the other side surfaces of the load transmitting portions of the gusset plates 1 and 1 are in contact with or substantially in contact with the end surfaces of the cut beams 12 and 12, respectively. Then, the bolts 35 are screwed into the bolt holes 2c,... And 12a, and the gusset plates 1, 1 are fixed to the cutting beams 12, 12. At this time, since the bolt holes 2c,... Of the gusset plates 1, 1 are long holes, even if there is a slight error in the interval between the cutting beams 12, 12, this error can be tolerated.

After the spacer beam 18 and the gusset plates 1, 1 on the upper surface are fixed to the cutting beams 12, 12, the gusset plates 1, 1 on the lower surface are separated from the load transmitting portions 3, 3 by the spacers. End face of beam 18 and cutting beam 1
The spacer beams 18 and the cutting beams 12 are mounted so as to be interposed between the end surfaces while being in contact with the end surfaces of the cutting beams 2 and 12. That is, the gusset plates 1 and 1 on the lower surface side are mounted vertically symmetrically with the gusset plates 1 and 1 on the upper surface side.

According to such an embodiment, the following effects can be obtained. When a load is applied to the cutting beam 12 from the firing beam 15, a load is applied to one of the cutting beams 12 in the direction indicated by the arrow B in FIG. 4. The load is interposed between the opposite ends of the beam 18 and the cutting beam 12 in contact with the opposite ends thereof.
2 to the spacer beam 18. Also,
A similar effect occurs when a load is applied to the cutting beam 12 from the firing beam 16. Therefore, the cutting beams 12, 12
Is applied to the spacer beam 18 from the bolt 3
Since they are not received by the shear strength of 0,..., 35,... But by the load transmitting parts 3, 3, 3, 3, the bolts 30,. That is, the bolts 30,..., 35,... Are sufficient in number to securely fasten the plate bodies 2, 2 to the spacer beams 18, cutting beams 12, 12. Therefore, the fastening operation by the bolts 30,..., 35,. Also, a relatively small number of bolts 30,.
Since it is only necessary to dispose 5,..., The size of the plate main body 2 can be reduced, and the gusset plate 1 can be reduced in cost. Further, since the size of the plate body 2 is small, the gusset plate 1 can be configured to be light in weight, thereby making it easy to handle the gusset plate 1 and improving workability.

Further, the load transmitting section 3 is provided on the plate body 2.
Are projected from one side of the plate body 2, and one side of the plate main body 2 is connected to one side of the plate body 2 with the flange surfaces of the joining steel material to be joined, that is, both the spacer beams 18 and the cutting beams 12 arranged flush. Plate body 2 in contact with
Is attached to the spacer beam 18 and the cutting beam 12, the load transmitting unit 3 can be arranged between both opposing ends of the spacer beam 18 and the cutting beam 12.

The plate body 2 is formed with elongated bolt holes 2c, through which bolts 35,... For attaching the plate body 2 to the spacer beam 18 and the cutting beam 12 are inserted. The positions of the bolts 35 can be adjusted within the longitudinal direction of the bolt holes 2c. Therefore, even if there is some error in the arrangement of the cutting beams 12,
An error in the arrangement position of the cutting beam 12 when fastening with the bolts 35,...

In the above-described embodiment, the load transmitting portion 3 is provided with the convex portion 3 formed on the main body 3a of the load transmitting portion 3.
b, 3b, 3b are fixed to the plate main body 2 by being fitted into the load transmitting section mounting holes 2a, 2a, 2a formed in the plate main body 2. It may be formed integrally with the plate body 2. Further, as a joining structure of structural steel materials to which the gusset plate 1 is applied, a spacer beam 1 for receiving a load applied to the cutting beams 12, 12 from the striking beams 15, 16 is provided.
Although the example in which the girder 8 and the girder 12 are joined via the gusset plate 1 has been described, the invention can be applied to other bonding structures such as, for example, a case where the girder is bonded in the longitudinal direction thereof. Of course there is.

[0034]

According to the gusset plate according to the first aspect of the present invention, the gusset plate is provided on the plate body, and is interposed between the opposite ends of the two structural steel members in a state of contacting the opposite ends. By providing a load transmitting portion for transmitting a load from one structural steel material to the other structural steel material, the load from one structural steel material can be transferred to the other structural steel material via the load transmitting portion. Can be transmitted to Therefore, it is not necessary to receive this load due to the shearing strength of fasteners such as bolts for attaching the plate body to the structural steel material, and the number of fasteners can be reduced. Therefore, the fastening operation using the fastening tool can be facilitated. Also,
Since only a relatively small number of bolts need to be arranged, the size of the plate body can be reduced, and the gusset plate can be reduced in cost. Furthermore, the small size of the plate body allows the gusset plate to be configured to be lightweight, thereby facilitating the handling of the gusset plate and improving workability.

Further, according to the gusset plate according to the first aspect of the invention, the load transmitting portion are the protrusion protruding from one side of the plate body, both of the flange surface of the cemented steel material to be joined By mounting the plate body to the joining steel material such that one surface of the plate body abuts against these flange surfaces in a state where they are flush with each other, the load transmitting portion is arranged between both opposing ends of the joining steel material. can do.

According to the gusset plate according to the second aspect of the present invention, since the plate body is formed with the elongated hole through which the fastener for attaching the plate body to the structural steel material is formed. The position of the fastener can be adjusted within the longitudinal range of the slot. Therefore, even if there is some error in the disposition of the structural steel material, an error in the disposition position of the joining steel material when fastening with the fastener can be tolerated.

According to the joint structure of the structural steel material using the gusset plate according to the third aspect of the present invention, the plate body of the gusset plate has one surface in contact with both flange surfaces of the structural steel material. Since the load transmitting portion is mounted between both ends of the structural steel material in a state in which the load transmitting portion is in contact with the opposite ends of the structural steel material, The load from the structural steel material can be transmitted to the other structural steel material via the load transmitting portion. Therefore, it is not necessary to receive this load due to the shearing strength of fasteners such as bolts for attaching the plate body to the structural steel material, and the number of fasteners can be reduced. Therefore, the fastening operation using the fastening tool can be facilitated. Further, since only a relatively small number of bolts need to be arranged, the dimensions of the plate body can be reduced, and the gusset plate can be reduced in cost. Furthermore, the small size of the plate body allows the gusset plate to be configured to be lightweight, thereby facilitating the handling of the gusset plate and improving workability.

[Brief description of the drawings]

FIG. 1 is a plan view showing a gusset plate according to the present invention.

FIG. 2 is a front view as seen from the direction of arrow A in FIG.

FIG. 3 is a perspective view showing a support material to which the gusset plate according to the present invention is applied.

FIG. 4 is a cross-sectional view of a main part showing a state where structural steel materials are joined together by a gusset plate according to the present invention.

FIG. 5 is a plan view showing a conventional gusset plate.

FIG. 6 is a perspective view showing a support material to which a conventional gusset plate is applied.

FIG. 7 is a cross-sectional view of a main part showing a state in which structural steel materials are joined together by a conventional gusset plate.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Gusset plate 2 Plate main body 2c Bolt hole (long hole) 3 Load transmission part 12 Cut beam (Structural steel material) 18 Spacer beam (Structural steel material)

Continuation of front page (72) Inventor Katsunori Otaki 1-20-10 Toranomon, Minato-ku, Tokyo Nishimatsu Construction Co., Ltd. (56) References JP-A-6-811312 (JP, A) (58) Fields investigated ( Int.Cl. ⁷ , DB name) E02D 17/04

Claims (3)

(57) [Claims] 1. A gusset plate for joining structural steel materials to each other, comprising: a plate body attached to both of the structural steel materials to be joined; A load transmitting portion for transmitting a load from one structural steel material to the other structural steel material by being interposed between the end portions in a state in which the load transmitting portion is in contact with the opposite end portion; Is a convex projecting from one side of the plate body.
Gusset plate characterized by being a part . 2. The plate body is fixed to the plate body.
A long hole is formed for attachment to the structural steel
Gusset plate of claim 1, wherein the are. 3. A gusset play according to claim 1 or 2.
Of structural steel materials joined together using structural steel
In the joint structure, the plate body of the gusset plate has one side
In contact with both flange surfaces of the steel
Attached across both sides of the structural steel , the load transmitting part abuts against the opposite ends of the structural steel
A structural steel material joining structure, wherein the structural steel material is interposed between the end portions in a state in which the structural steel material is formed.