JP6051041B2 - Mounting member for lip channel steel, its construction method, and exterior structure using the same - Google Patents

Description

  The present invention relates to an attachment member that can be easily and quickly attached to a structural material without welding work or tightening bolts, nuts, etc., a construction method thereof, and an exterior structure using the attachment member.

  Conventionally, when rolling a folded plate, a method of fixing the tight frame to the main building or beam by welding has been selected, but an electric tool such as a welding machine is required, and there is a problem of noise around the work, Moreover, it took a certain amount of work time. As described above, the welding operation takes a long time and requires treatment for welding sparks (flying sparks).

Therefore, a construction method that takes noise and sparks into consideration is desired, and Patent Documents 1 and 2 propose, for example, methods for attaching a receiving metal fitting or the like without welding to a structural material constituting a frame made of various shape steels. Has been.
In Patent Document 1, a first metal fitting hooked on a downward facing piece of a roof base material (structural material) such as C-shaped steel or L-shaped steel and a second metal fitting arranged on the structural material are integrated by a bolt and nut. The fixed brackets described are described.
Further, in Patent Document 2, a bolt and nut composed of an upper mounting member and a lower mounting member are integrated to form a mounting tool, and the mounting tool is integrally fixed to the bracket with a bolt and nut. A structure attached to a certain structural material is described.

JP 2008-274571 A JP 2007-56630 A

However, since both the fixing metal fitting of Patent Document 1 and the structure of Patent Document 2 are integrated with bolts and nuts, the tightening operation is troublesome, and noise is generated when an electric power tool is used. It was. Further, since the work is carried out using a tightening jig such as a wrench or a spanner according to the outer diameter of the nut, it is necessary to prepare these jigs or to carry them to the site.
Further, when tightening, even if the bolt itself is assembled to each member or the like, the nut to be tightened at the tip of the bolt needs to be carried and attached to the work site, so that the member management is troublesome. Furthermore, there is a risk of work because nuts and jigs may fall from a high place as a work place.

  Therefore, the present invention does not require welding work or tightening of bolts, nuts, etc., and can be easily and quickly attached to a structural material, a mounting method for a lip channel steel, its construction method, and an exterior using the same The purpose is to provide a structure.

The present invention has been proposed in view of the above, and is an attachment used for laying an interior / exterior material on a structural material made of lip channel steel in which the upper teeth from the upper flange and the lower teeth from the lower flange face the opening, respectively. a member, the mounting member, which is arranged so and extending upwardly perpendicularly to the structural member in the assembled state, the foot part is positioned inside from the opening of the structural member A frame fixing portion comprising a torso portion juxtaposed on the side surface of the structural material, a head portion at the upper end, and a restricting means for the structural material, and the upper part is open at the boundary between the torso portion and the foot portion the lower locking groove the upper locking groove and downwardly opening provided, the head portion can the attachment point of the interior and exterior material, the teeth on the upper locking groove structure material, said lower locking groove structure integrally fixed is in the restricting means with causes located below the teeth of the wood Relates lip groove-shaped steel mounting member, characterized in that that.

  The present invention also proposes an attachment member characterized in that, in the attachment member, the restricting means is an arm portion that is engaged with the structural material and is engaged with the structural material.

  The present invention also proposes an attachment member characterized in that, in the attachment member, the frame fixing part is a metal frame body on which the left and right side walls face each other with the hollow part interposed therebetween.

  Further, according to the present invention, the frame fixing portion of the mounting member is attached and fixed to a structural material made of lip groove type steel in which the upper teeth from the upper flange and the lower teeth from the lower flange face the opening, respectively. An exterior structure is also proposed in which an exterior material is provided and a side edge molding portion of the exterior material is attached to the head portion of the attachment member.

Further, according to the present invention, the opening of the structural material is inclined so that the foot portion of the frame fixing portion of the mounting member is inclined to the structural material made of lip groove type steel with the upper teeth from the upper flange and the lower teeth from the lower flange facing the opening. is positioned inside the section, by rotating in a state of locking the lower locking groove at a predetermined position of the lower teeth, the regulating means is fixed so as to position the teeth on the structure an upper engaging groove member In addition, the present invention also proposes a method for constructing the mounting member, which is characterized by being integrally fixed.

  The mounting member of the present invention is a metal fitting for easily and quickly fixing a folded plate roof to a structural material (purlin) made of lip groove steel, and is an elastic biasing and regulating means without using an electric tool Because it can be attached by the method, the generation of “sound” is extremely small, and the construction method with consideration for the neighborhood can be implemented. In addition, since there is very little “sound”, it can be installed at night. In addition, since tightening bolts and nuts is unnecessary, it is possible to prevent loosening due to slight vibration in nearby areas such as main roads and railways, and there is no need for tightening jigs such as a wrench or spanner. Since it is not necessary to bring in and attach a nut, it is excellent in workability, there is no member to drop, it can be safely operated, and member management is easy.

  Further, when the restricting means is an arm portion extending from the trunk portion and is locked to the structural material, the arm portion can be easily deformed and fixed to the structural material side. In addition, rotation in the detaching direction can be prevented by the regulating means. Furthermore, since there is a function of absorbing the dimensional error of the lip channel steel, it is possible to cope with the looseness caused by the dimensional error of the lip channel steel.

  Also, when the frame fixing part is a metal frame body with the left and right side walls facing each other across the hollow part, it has a simple shape configuration, so it can be easily produced, for example, by pressing a stamped metal plate Can be manufactured at low cost.

  Furthermore, the construction method of the mounting member of the present invention is to assemble the upper and lower teeth of the structural material in an expanded shape (elastically biased), and it is only necessary to rotate the frame fixing part. The attachment member can be easily attached. Further, the restricting means can be easily deformed, and can be easily fixed integrally to the structural material.

  Furthermore, as described above, the exterior structure of the present invention using the mounting member does not require welding work or tightening bolts, nuts, etc. when mounting the mounting member, and can be easily and quickly attached to the structural material. It is possible to prevent loosening due to micro-vibration in neighboring areas such as main roads and railways, and it is possible to lay exterior materials by holding them in their holding parts. However, it is quiet and has no fear of flying fire, etc., and has a structure and consideration for neighboring residents who are concerned about noise and fire.

(A) The perspective view which shows the state which attached the attachment member which is one Example (1st Example) of this invention to the structural material (lip groove shape steel), (b) This attachment member is a structural material (lip groove shape). It is a perspective view which shows the state rotated for attaching to (steel). (A) The top view which shows the state which attached the attachment member of 1st Example to the structural material (lip channel steel), (b) The front view, (c) The side sectional drawing. (A)-(c) It is the front view and side view which show the variation of the position of a control means, and a deformation | transformation. (A)-(c) The front view and side view which show the variation of the position of a control means and a deformation | transformation, (d) The perspective view which shows another Example of a foot | leg part.

The mounting member of the present invention is a metal fitting for easily and quickly fixing a folded plate roof to a structural material made of lip channel steel, and does not require welding work or tightening bolts or nuts, and is elastic. A frame fixing portion that can be attached by a biasing force is provided, and a restricting means for the structural material is further provided.
The frame fixing portion is juxtaposed on the side surface of the structural material in the assembled state and extends upward from the structural material, and a foot portion positioned inside the opening from the structural material, and a body to be juxtaposed on the side surface of the structural material And an upper locking groove that opens upward and a lower locking groove that opens downward are provided at the boundary between the trunk portion and the foot portion.

  As described above, the frame fixing portion includes (A) a foot portion, (B) a torso portion, and (C) a head portion.

(A) Foot part A foot part is a part located in the inside from the opening part of a structural material in the arrangement | positioning state.
This foot portion has two locking grooves (an upper locking groove and a lower locking groove) that open toward the outside at the boundary with the trunk portion, and is positioned further above the upper locking groove. A part to be performed is an upper foot part, and a part located further below the lower locking groove is a lower foot part. Since the upper locking groove is locked to the upper teeth of the structural material and the lower locking groove is locked to the lower teeth (fixed so that it bites in), the distance between the bottoms of each locking groove is It is desirable that the distance is approximately the same as or slightly larger than the distance to the lower teeth. This is because if the former dimension is smaller than the latter dimension, even if the former dimension is fixed by elastic urging, it will be loosely fitted, and problems such as shifting will easily occur.

(B) The trunk | drum part A trunk | drum part is a site | part extended from the side surface of a structural material to the upper direction of a structural material in the arrangement | positioning state.
The trunk portion is a main portion that juxtaposes on the side surface of the structural material and protrudes from the upper surface of the structural material.

  The body portion is provided with a restricting means for the structural material. The restricting means is an arm portion extending from the torso portion, and is locked to the structural material by being appropriately deformed. There is no particular limitation on the shape and deformation mode of the arm portion. Therefore, the attachment member is attached to the structural material more firmly. Further, the locking of the arm portion also serves to raise the mounting member upward. As a result, for example, when the space between the upper and lower teeth of the structural material is wide, or when the distance from the upper end of the structural material to the lower end of the upper tooth is short, the attachment of the mounting member to the structural material may be loose However, the looseness can be eliminated by locking the arm portion. In addition, a hammer or the like may be used to deform the arm portion, but an auxiliary hole or the like is provided in the arm portion or the torso portion in order to prevent sound or excessive deformation of the arm portion, and a rod-shaped jig is formed in the auxiliary hole. You may make it deform | transform in the state which inserted the tool.

(C) Head part The head part is a part formed above the body part and positioned at the upper end in the arrangement state.
The head portion is preferably provided with a shape (holding portion) for holding the exterior material as in the illustrated embodiment described later, and a separately prepared holding member is integrally fixed to the head portion. May be. The holding portion is not particularly limited as long as the shape corresponding to the structure of the folded plate roof to be attached is appropriately selected.

  The exterior material held directly or via the holding member on the frame fixing portion (the head portion) of the mounting member having the above-described configuration is particularly limited except for the configuration including the held portion (side edge molding portion) to be held. It is not a thing. Since this mounting member is arranged in the shape of a cross perpendicular to the structural material, for example, as shown in the illustrated embodiment described later, a gap between adjacent mounting members becomes a valley, and a portion supported by the mounting member is a mountain. A continuous-wave exterior surface that becomes a part may be constructed.

  The lip channel steel, which is the structural material to be mounted, is a lightweight steel mainly used for purlins, beams, etc., and is also called C-shaped steel or sea channel, and is located above and below the vertical strip-shaped web part. The flanges are formed in an orthogonal shape, and a downward piece (upper tooth) is formed at the tip of the upper flange located above, and an upward piece (lower tooth) is formed at the tip of the lower flange located below. . That is, in the description of the present invention, the downward piece of the upper flange is the upper tooth, and the upward piece of the lower flange is the lower tooth.

  The frame fixing portion of the mounting member may be, for example, the (B) body portion may be a body or a cylindrical body. However, the left and right side walls face each other across the hollow portion as in the illustrated embodiment described below. It is desirable to form a metal frame (substantially U-shaped). In this case, since it is a simple shape configuration, it can be easily manufactured by bending a die-cut metal plate, for example, and can be manufactured at low cost.

  The mounting member for a lip groove steel of the present invention having such a configuration does not require welding work or tightening bolts, nuts, etc., and can be attached by elastic bias without using an electric tool. This is a construction method that takes into account the residents in the neighborhood, generating very little “sound”. Also, since tightening of bolts and nuts is unnecessary, there is no need for tightening jigs such as a wrench or spanner, no need to bring in and install nuts, excellent workability, no falling parts, and safety It is possible to work easily, and member management is also easy.

  1 and 2, the lip groove steel mounting member (hereinafter simply referred to as a mounting member) 1 according to an embodiment of the present invention has a frame fixing portion 10, a foot portion 2, and an arm portion (regulating means). 3, a body portion 4, and a head portion 5, and is used for laying an exterior material 7 on a structural material 6 made of lip channel steel.

The trunk portion 4 constituting the frame fixing portion 10 is a portion extending from the side surface of the structural material 6 to the upper side of the structural material 6 in the disposed state. The main part protrudes from the upper surface.
As shown in FIG. 1A, the body portion 4 in the first embodiment is substantially U-shaped (substantially U-shaped) provided with side walls 42 and 42 opposed to each other on both sides of a vertically long front wall 41 with a hollow portion interposed therebetween. Shape) metal frame. And since the said side wall 42 is substantially the same width over the length direction (up-down direction) except the leg part 2 mentioned later, this trunk | drum part 4 is formed in a substantially square cylinder shape, and the frame fixing | fixed part 10 It does not prevent rotation.

The foot portion 2 constituting the frame fixing portion 10 is a portion located inside the opening portion 61 of the structural member 6 in the disposed state, and is formed substantially parallel to the side wall 42, and the trunk portion 4 has two locking grooves (an upper locking groove 421 and a lower locking groove 422) that open toward the end side, and a portion positioned further above the upper locking groove 421. The upper foot portion 21 and a portion located further below the lower locking groove 412 were used as the lower foot portion 22.
As shown in FIG. 1A, the foot portion 2 in the first embodiment is an inner portion extending from the side walls 42 and 42 in the same plane, and the upper portion is open at the boundary with the trunk portion 4. An upper locking groove 421 and a lower locking groove 422 that opens downward are formed. A portion positioned above the upper locking groove 421 is an upper foot portion 21, and a portion positioned below the lower locking groove 412. Was the lower foot part 22.

The arm portion 3 constituting the frame fixing portion 10 is a portion positioned on the upper surface of the structural member 6 in the arrangement state, and may be formed in any manner as long as the rotation of the frame fixing portion 10 is not hindered. .
As shown in FIG. 1A, the arm portion 3 in the first embodiment is a piece-like portion extending outward from the rear end near the approximate center in the height direction of the side walls 42, 42. The upper end is formed in a substantially horizontal shape, and the lower end is formed in an inclined shape. The base end side is formed to be wide and narrow toward the outside.

The head part 5 constituting the frame fixing part 10 is a part formed above the trunk part 4 and positioned at the upper end in the arrangement state.
The head portion 5 in the first embodiment has a configuration in which a holding portion for holding the exterior material 7 is provided. The holding portion is arranged in the height direction of the side walls 42 and 42 as shown in FIG. Substantially fan-shaped receiving pieces 51, 51 extending outward from the upper end of the upper end are formed, and the inner upper end and the outer upper end of the receiving pieces 51, 51 are bent forward, respectively, and the placing pieces 52, 52 and the inclination It is the structure which is made into the receiving support pieces 53 and 53, and the to-be-engaged parts 54 and 54 are formed by the inclination receiving support pieces 53 and 53 and the space formed in the downward direction.

  As shown in FIG. 1 (a), the structural material 6 made of the lip channel steel has flanges 62, 63 formed on the upper and lower sides of the vertical piece-like web portion 61 in an orthogonal shape, and an upper flange 62 positioned above. A downward piece (upper tooth) 621 is formed at the tip of the lower flange 63, and an upward piece (lower tooth) 631 is formed at the tip of the lower flange 63 positioned below. Reference numeral 64 indicates an opening between the upper teeth 621 and the lower teeth 631.

  As shown by a broken line in FIG. 2A, the exterior material 7 held by the head portion 5 is provided with side edge molding portions 72 and 72 that rise in an inclined manner on the left and right sides of the substantially flat face plate 71. . In the middle of the height of the side edge forming portion 72, an engaging portion 721 bent outward in a substantially square shape is formed, an inclined portion 722 is formed above the engaging portion 721, and an inclination angle is further provided above the engaging portion 722. A mounting portion 733 that is loosened is formed, and a second engaging portion 724 that is bent in a substantially U-shaped cross section is formed thereabove.

  Further, the cap material 8 attached between the exterior materials 7 and 7 has folded fitting portions 82 and 82 on the left and right sides of the covering portion 81 having a substantially umbrella-shaped cross section as shown by a broken line in FIG. It is the formed structure.

A procedure for fixing the mounting member 1 having the frame fixing portion 10 having the above configuration to the structural material (lip groove steel) 6 will be described with reference to FIG.
First, in the state shown in FIG. 1, the mounting member 1 is inclined with respect to the structural material 6, and the lower locking groove 422 of the left side wall 42 is applied on the lower teeth 631, while the foot 64 extends from the opening 64. In this state, the portion 2 is located inside. In this state, the upper locking groove 421 of the right side wall 42 of the mounting member 1 is being loosely applied to the upper teeth 621 of the structural member 6. In addition, the site | part X enclosed with the dashed-dotted line is a part which applied the downward latching groove | channel 422 to the lower tooth 631, and becomes a fulcrum of rotation.
The state shown in (3) is a state in which the head member 5 or the body member 4 of the mounting member 1 is held and the mounting member 1 is rotated (rotated) clockwise as indicated by the broken line arrow. The upper locking grooves 421 and 421 of the left and right side walls 42 of the mounting member 1 bite into the upper teeth 621 of the material 6 and the lower locking grooves 431 and 431 of the left and right side walls 42 bite into the lower teeth 631 and firmly attached. It has been.
The state shown in (2) is an intermediate state between (1) and (3), and the distance between the upper and lower teeth 621 and 631 of the structural member 6 is temporarily opened when the mounting member 1 is rotated. In this state, the attachment member 1 can be fixed by the spring back of the structural member 6.

  After that, the arm portion (regulating means) 3 surrounded by the upper one-dot chain line in FIG. 1A is bent and locked in the direction of the arrow, that is, the upper surface side of the structural member 6, thereby further strengthening. Can be fixed. Specifically, the arm portion 3 of the first embodiment is formed with a wide base end side as described above. Therefore, by bending the arm portion 3, the lower end near the base end of the structural member 6 is The upper flange 62 is attached in a locked state. Accordingly, when the space between the upper teeth 621 and the lower teeth 631 of the structural material 6 is widened, or when the distance from the upper flange 62 of the structural material 6 to the lower end of the upper teeth 621 is short, the attachment of the foot portion 2 is performed. Even if there is a loose fitting state, the mounting member 1 is pulled upward by bending and locking the arm portion 3, and as a result, the loosening of the mounting member 1 with respect to the structural material 6 is eliminated. Is done.

  Since the mounting member 1 of the present invention thus constructed can be mounted by elastic urging without using an electric tool, a method of generating a “sound” is extremely small, and a method for considering the neighborhood is used. Can be implemented. In addition, since there is very little “sound”, it can be installed at night. In addition, since tightening bolts and nuts is unnecessary, it is possible to prevent loosening due to slight vibration in nearby areas such as main roads and railways, and there is no need for tightening jigs such as a wrench or spanner. Since it is not necessary to bring in and attach a nut, it is excellent in workability, there is no member to drop, it can be safely operated, and member management is easy.

  Moreover, in this 1st Example, since the arm part (regulation means) 3 was bent and latched to the upper surface side of the structural material 6, it can attach and fix still more firmly. Furthermore, since there is a function of absorbing the dimensional error of the lip groove steel 6, it is possible to cope with the looseness due to the dimensional error of the lip groove steel 6.

  Further, in this first embodiment, the frame fixing part 10 is a metal frame body with the left and right side walls 42 and 42 facing each other across the hollow part, and has a simple shape and configuration. It could be easily manufactured by pressing or the like, and could be manufactured at a low cost.

  Further, in the first embodiment, the upper teeth 621 and the lower teeth 631 of the structural material 6 are assembled so as to be expanded (elastically biased), so that the body portion 4 is gripped and tapped from the side. For example, the attachment member 1 can be easily attached by rotating the frame fixing part 10.

In order to lay the exterior material 7 on the attachment member 1 attached to the structural material 6 in this way, the exterior material of the above configuration is not shown in FIG. The materials 7 and 7 are disposed, and the side edge molding portion 72 of the exterior material 7 is attached to the head portion of the attachment member 1. Specifically, the engaging portion 721 of the side edge molding portion 72 is elastically fitted to the engaged portion 54 formed on the head portion 5 of the mounting member 1, and the inclined portion 722 is provided on the inclined receiving piece 53. The placement portion 733 is supported by the placement piece 52, and the second engagement portions 724 and 724 are attached and held in a space between the left and right placement pieces 52 and 52.
Furthermore, the cap material 8 having the above-described configuration is disposed so as to straddle the adjacent exterior materials 7 and 7, and the cover portion 81 is deformed in an expanded state simply by pressing from above, and the fitting portions 82 and 82 are Attached elastically to the outside of the engaging portions 721 and 721 of the exterior material.

  As described above, the exterior structure to be constructed in this way can attach the attachment member 1 by elastic bias without using an electric tool, so that there is very little “sound”, and tightening bolts, nuts, etc. Can be easily and quickly attached to the structural material, can prevent loosening due to slight vibrations in nearby areas such as main roads and railways, and the exterior portion 7 and cap material on the head portion 5 8 can be installed, the construction period is very short, the construction sound is quiet, there are no falling parts, there is no fear of flying fire caused by welding, etc., and the neighborhood residents concerned about noise and fire It is a structure and construction method that takes into account.

3A to 3F show a position where the restricting means (arm portion) is formed and a variation in which the restricting means (arm portion) is deformed and locked to the structural member 6.
First, in FIG. 3A, an arm portion (regulating means) 3A is formed in a substantially L-shaped cross section, and is bent toward the upper flange 62 side of the structural member 6 in the same manner as in the first embodiment to form the horizontal piece portion 31. The structural member 6 can be locked to the upper flange 62 in a planar shape, and can be more stably and integrally fixed.
In FIG. 3B, an arm portion (regulating means) 3B is formed on a substantially rectangular piece having an auxiliary hole 32 formed in the approximate center, and a jig (not shown) whose tip is larger in diameter than the auxiliary hole 32 is formed. In the applied state, the arm portion 3B can be locked to the upper flange 62 silently and easily by being bent toward the upper flange 62 side of the structural member 6 in the same manner as in the first embodiment. .
In FIG. 3 (c), the arm portion (regulating means) 4C itself is substantially the same as in the first embodiment, but an auxiliary hole 423 is provided in the side wall 42 of the trunk portion 4, and this auxiliary portion is shown in the top view. By inserting the rod-shaped jig 9 into the hole 423 and tilting it in the direction of the arrow, the arm portion 4C can be locked to the upper flange 62 quietly and easily and can be fixed integrally.
In FIG. 4A, a plurality of arm portions 3D are formed inward, auxiliary holes 411 are provided in the front wall 41 of the trunk portion 4, and a rod-like jig 9 is formed in the auxiliary holes 411 as shown in the plan view and side view thereof. By inserting and tilting in the direction of the arrow, the arm portion 4F can be locked to the upper flange 62 quietly and easily and can be fixed integrally.
In FIG. 4B, the arm portion 3E is formed on the inside, the auxiliary hole 411 is provided in the front wall 41 of the trunk portion 4, and the rod-shaped jig 9 is inserted into the auxiliary hole 411 as shown in the side view. By tilting in the direction of the arrow, the arm portion 4E can be locked to the upper flange 62 quietly and easily, and can be fixed integrally.
In FIG. 4C, the arm portion 3F is cut and raised from the side wall 42 and is formed as a piece. In the laid state, as shown by an arrow in the drawing, the tip (lower end) of the upper teeth 621 of the upper flange 62 is shown. ) And can be fixed integrally.
FIG. 4D shows an example in which the foot portion 2 ′ is formed substantially parallel to the front wall 41, and the tips of the left and right side walls 42, 42 are bent substantially vertically toward the outside. This is an example of formation.

DESCRIPTION OF SYMBOLS 1 Attachment member 10 Frame fixing | fixed part 2 Feet part 21 Upper leg part 22 Lower leg part 3,3A-3F Control means (arm part)
4 Body part 41 Front wall 42 Side wall 421 Upper locking groove 422 Lower locking groove 5 Head part 6 Structural material (lip channel steel)
61 Web part 62 Upper flange 621 Upper tooth 63 Lower flange 631 Lower tooth 64 Opening part 7 Exterior material 71 Face plate part 72 Side edge molding part 721 Engagement part 722 Inclined part 733 Mounting part 734 Second engagement part 8 Cap material 81 Covering part 82 Fitting part

Claims (5)

Upper teeth from the upper flange, a mounting member used for laying interior and exterior material for construction material comprising a lip groove-shaped steel facing each opening lower teeth from the lower flange,
The mounting member is arranged so as to extend orthogonally and upward to the structural material in the assembled state, and a foot portion located inside the opening from the structural material, and a side surface of the structural material An upper locking groove that opens upward at the boundary between the body portion and the foot portion. And a lower locking groove that opens downward,
The can and mounting position of the head portion interior and exterior material, the teeth on the upper locking groove structure material, integrally fixed with the regulating means in conjunction with said lower locking groove make located below the teeth of the structural member A mounting member for a lip groove-shaped steel.   2. The mounting member for a lip channel steel according to claim 1, wherein the restricting means locks the arm portion extending from the body portion to the structural member.   The mounting member for a lip channel steel according to claim 1 or 2, wherein the frame fixing portion is a frame body having left and right side walls opposed to each other with the hollow portion interposed therebetween.   The attachment member according to any one of claims 1 to 3 is attached and fixed to a structural material made of lip grooved steel in which the upper teeth from the upper flange and the lower teeth from the lower flange face the opening, respectively. An exterior structure in which an exterior material is disposed between members and a side edge molding portion of the exterior material is attached to a head portion of the attachment member. The upper tooth from the upper flange is a construction method for attaching the attachment member according to any one of claims 1 to 3 to a structural material made of lip groove steel facing the opening from the lower flange to the lower tooth,
By positioning the foot part of the frame fixing part in an inclined manner from the opening of the structural material and rotating it in a state where the lower locking groove is locked at a predetermined position of the lower tooth, the upper locking groove is structured. A method for constructing a mounting member for a lip channel steel, wherein the mounting member is positioned on the upper teeth of the lip groove steel and fixed integrally by a regulating means.

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