JP4366578B2 - Building materials and wall structures - Google Patents

Description

  The present invention relates to a building member used for a corner between an eave heaven and a wall surface by the building panel and a wall structure using the same when constructing a building panel on the outside upper side of the eave heaven.

  Conventionally, when constructing a building panel on the upper outer side of an eave, the eave heaven base width does not match the eave heaven base width direction length, which impairs the aesthetics. For this reason, a technique is known in which the lower end portion of the draining member to be constructed at the corner portion in the meantime is extended in the base direction and the end portion of the eave-top corner portion is covered.

  “CATALOGUE 21 Plastic / Aluminum Interior / Exterior Molded Building Materials”, Sato Takumi Co., Ltd. 93-98

In the conventional technology, to extend the lower end of the draining member in the direction of the ground and cover the end of the corner of the eaves,
a. After installing the eaves and installing the drainage member,
I. Due to the convenience of the eavesman's contractor, the construction schedule of the outer wall contractor is delayed, making the setup of the work inconvenient,
b. After installing the draining member and attaching the eaves,
I. The lower end of the draining member gets in the way during the construction of the eaves, and the workability drops.
B. Due to the lower end of the draining member, the nail or the like of the fixture that has been nailed to the eaves cannot be hidden.

  A building member according to the present invention includes a fixing piece fixed to a base with a fixing tool, a draining surface obtained by bending the fixing piece into a U-shape on the surface side, and a draining member formed of a metal plate, and the draining surface thereof And a covering member formed with a metal plate having a covering surface substantially orthogonal to the fixing piece that extends beyond the extension line of the fixing piece from a position extending in the direction parallel to the fixing piece.

  The building member according to the present invention as described above has the following effects.

A. A draining member formed of a metal plate having a fixing piece to be fixed to the base, and a draining surface obtained by folding the fixing piece in a U-shape on the surface side, and an end of the draining surface in a direction parallel to the fixing piece. By using a building member composed of a covering member formed with a metal plate, having a covering surface substantially perpendicular to the fixing piece that extends from the extended position of the fixing piece,
a. Before construction of eaves, it becomes possible to install with drainage members,
I. The covering surface of the covering member does not get in the way during the construction of the eaves, improving workability,
B. The covering surface of the covering member hides the nails of the fixtures that have been nailed to the eaves, improving the aesthetics,
b. Due to the convenience of the eavesman contractor, the construction schedule of the outer wall contractor will be delayed, making it impossible to set up the work.
I. In the case of roofing plates and building panels made of metal plates, the same contractor can continue to construct the outer wall following the roof construction.
B. Cost increase due to interruption is prevented, resulting in cost reduction.

B. By comprising a draining member with a guide mechanism that positions in the width direction with the covering member,
a. In the positional relationship in the width direction with the draining member, constructing the covering member,
I. Easy to install, lowering construction costs,
B. In the positional relationship between the covering member and the draining member, there is no variation in the width direction, and the aesthetic appearance is improved.

C. By configuring with a draining member, the guide mechanism for positioning in the width direction has the function of fixing the covering member,
a. It becomes possible to construct with two types of members, a draining member and a covering member,
I. The number of members is reduced, and the construction labor is reduced.

D. By configuring with a support member having the function of fixing the covering member,
a. An optimal fitting form is possible for the covering member and the supporting member,
b. The shape of the draining member and the covering member is simplified.

E. By making it a wall structure composed of the above building materials,
a. It becomes possible to install the covering member after the construction of the eaves,
I. Less damage to components during construction,
b. It is also possible to replace the damaged covering member,
c. The design of the building member becomes heavy and the design is improved.

A. The metal plate according to the present invention is:
a. Next is a painted metal plate,
I. Painted galvanized steel sheet b. Painted aluminum zinc alloy plated steel plate c. Painted stainless steel plate d. Painted copper plate e. To painted aluminum alloy sheet. Synthetic resin sheet bonded metal plate. Painted titanium / nickel alloy plate. Other coated alloy steel, etc. b. Next, unpainted metal plate,
I. Galvanized steel sheet b. Aluminum zinc alloy plated steel plate c. Stainless steel plate d. Copper plate e. Aluminum alloy plates, etc. Titanium / nickel alloy plate. Other alloy steels c. Metal plates obtained by adding deep embossing to these metal plates d. In some cases, a synthetic resin or the like is used.

B. The nailing used in this invention is
a. For nailing, a fixing tool represented by the following is used.
I. Tapping screw. Nail c. Stapler. Wood screw ho. Pop rivets etc.

C. The building panel used in this invention is
a. Architectural panels by molding metal plates,
b. Panels made by molding metal plates, and the following panels for lining,
I. Board made by injecting foamed synthetic resin into the backside paper,
B. Inorganic boards such as plasterboard,
c. Cement boards such as pulp-mixed cement boards,
d. Foamed lightweight concrete board,
e. It is a construction panel for other dry methods.

D. The eaves used in this invention is
a. Next is a board for eaves
I. Cement boards such as flexible boards,
B. Refractory insulation board such as calcium
b. Architectural panels used for outer wall materials,
c. It is a construction panel for other dry methods.

  Embodiments of the invention will be described with reference to the drawings by the following Embodiment 1, Embodiment 2, Embodiment 3, Embodiment 4, and Embodiment 5.

  FIGS. 1, 2, 3, 4, 4, 5, 6 and 7 show Embodiment 1 of the present invention.

A. The building panel 1 in Embodiment 1 of the present invention shown in FIG.
a. A long surface material 1a made of a metal plate 7 is formed to form a front base 1b having a front surface 1c and a groove 1d as follows:
I. A substantially flat and elongated front portion 1c;
B. A groove 1d that is bent into an isosceles trapezoid without a long bottom on the back side,
C. The front base 1b is composed of a plurality of alternating ones and provided with a front 1c on both sides thereof.
b. At one side end of the front base 1b, an insertion portion 1e having the following insertion piece 1f is formed,
I. Fold the surface material 1a into a dogleg shape on the back side, and further fold it into a dogleg shape on the front side.
B. Further, the insertion portion 1e is formed, which is formed into a U-shape, bent to the back surface side, bent to the U-shape on the front surface side, and formed with an insertion piece 1f with the tip turned back to the back surface side,
c. Further, a nailing portion 1g having a fitting groove 1h and a nail piece 1i as described below is formed on the other side end of the front base portion 1b.
I. The surface material 1a is bent into a dogleg shape on the back surface side, further folded into a dogleg shape on the front surface side, folded back on the back surface side, and then folded into the U shape on the front surface side to form a fitting groove 1h. ,
B. Extending the fitting groove 1h and forming a nail punching portion 1g having a nail punching piece 1i with the tip turned back to the surface side,
d. And on the back side of the molded surface material 1a,
I. Insert both ends of the back paper 1k into the folded grooves of the insertion part 1e and the nail driving part 1g,
B. A backing material 1j is formed of a foamed synthetic resin covered with the back paper 1k,
C. The cutting end 11 is formed at the end in the longitudinal direction.

B. The covering member 3 in Example 1 shown in FIG.
a. Form a long metal plate 7
b. One end of an elongated flat surface is folded into a dogleg shape on the back surface side, and a covering surface 3a is formed with its tip folded back to the back surface side,
c. The other end of the covering surface 3a is bent into an L shape on the back surface side and further folded back to the front surface side to form a locking piece 3b having a plurality of locking claws 3c as follows,
I. The locking claw 3c holds the metal plate 7 of the locking piece 3b.
B. The bottom of the ship is turned to the folded side of the locking piece 3b, and is formed into a half-cut ship shape alternately on both sides of the locking piece 3b.
C. The ship's edge is cut to form a level difference of about two metal plates 7,
d. The locking piece 3b is bent in a U shape on the back surface side to form an insertion end 3d whose tip is folded back on the back surface side.

C. The draining member 2 in Example 1 shown in FIG.
a. Form a long metal plate 7
b. A fixed piece 2a is formed by folding one end of an elongated flat surface to the back surface side,
c. Bend the other end of the fixed piece 2a to the front side to form a draining surface 2b,
d. Bending the water drain surface 2b to the back side, and forming the water drain front surface 2c,
e. The draining front surface 2c is bent into an L shape on the back surface side to form a draining lower surface 2d,
f. The draining lower surface 2d is bent into an L-shape on the back side before the extension line of the fixed piece 2a to form a guide piece 2e.

D. The support member 4 in Example 1 shown in FIG.
a. The synthetic resin 9 is molded into a long shape,
b. Forming a long and flat fixed surface 4a;
c. One end of the fixed surface 4a is bent into an L shape on the surface side to form a guide protrusion 4f,
d. The other end of the fixed surface 4a is bent into a crank shape on the surface side, and a substantially tuning fork-shaped hook groove 4e as shown below is formed at the tip,
I. The latching groove 4e is composed of opposing latching pieces 4c having a plurality of latching claws 4d at the tip thereof as follows,
B. The latching claw 4d is a mountain shape with a cross section consisting of a short side and a long side protruding from the latching piece 4c, the short side being orthogonal to the latching piece 4c, and the long side being located on the tip side.

E. The construction of Example 1 shown in FIG. 1, FIG. 2, and FIG.
a. To the base 5 in which the end base material 5c is attached to the lower end of the base post 5b and the field edge 5a is attached to the inner wall side thereof,
b. Install the support member 4 as follows,
I. On the outer wall side of the attached end base material 5c, with its fixing surface 4a facing upward, the nails 8a of the fixture 8 are fixed with nails,
c. Mount the draining member 2 on the constructed support member 4 as follows,
I. Put the draining surface 2b of the draining member 2 on the guide projection 4f of the support member 4,
B. The fixing piece 2a of the draining member 2 is fixed by nailing with a nail 8a,
d. A plurality of construction panels 1 are assembled to the attached draining member 2 as follows,
I. Put the cutting end 11 of the building panel 1 on the draining surface 2b of the draining member 2,
B. The nail piece 1i to which the insertion portion 1e is fixed is fixed with a nail 8a.
C. Insert the insertion piece 1f of the other building panel 1 into the fitting groove 1h of the fixed building panel 1, and fix the nail piece 1i with a nail 8a.
D. Repeat the above to form a joint 1m between the building panel 1 and the building panel 1,
e. Next, the eave heaven 6 is fixed with nails 8a to the lower surface of the field edge 5a,
f. Then, the locking piece 3b of the covering member 3 is inserted into the latching groove 4e of the support member 4,
I. The latching claw 3c of the latching piece 3b is hooked on the latching claw 4d of the latching groove 4e, and is hooked and fixed.
B. Apply the insertion end 3d of the covering member 3 to the guide piece 2e of the draining member 2,
C. The nail 8a obtained by nailing the eave heaven 6 is covered with the covering surface 3a of the covering member 3,
g. Moreover, the construction panel 1 can be constructed after the construction of the eaves 6.

  6, FIG. 7, FIG. 8, FIG. 9, FIG. 10, and FIG. 11 show Embodiment 2 of the present invention.

A. The building panel 1 according to the second embodiment of the present invention shown in FIG. 6 is the same as the first embodiment.

B. The covering member 3 in Example 2 shown in FIG.
a. Form a long metal plate 7
b. Fold both sides of the elongated flat surface back to the back side, fold the tip back to the back side, and further form a covering surface 3a that is bent along the front side to the front side.
c. A covering piece 3b having a plurality of locking claws 3c as described below is formed by bending the covering surface 3a into an L-shape on the front surface side at approximately the center from both ends and further folding back one side to the back surface side. And
I. The locking claw 3c holds the metal plate 7 of the locking piece 3b.
B. The bottom of the ship is turned to the folded side of the locking piece 3b, and is formed into a half-cut ship shape alternately on both sides of the locking piece 3b.
C. The ship edge side is cut to form a level difference of about two metal plates 7.

C. The draining member 2 in Example 2 shown in FIG.
a. Form a long metal plate 7
b. A fixed piece 2a is formed by folding one end of an elongated flat surface to the back surface side,
c. Bend the other end of the fixed piece 2a to the front side to form a draining surface 2b,
d. Bending the water drain surface 2b to the back side, and forming the water drain front surface 2c,
e. The draining front surface 2c is bent into a semicircular shape on the back side, and further folded into a quarter circle on the surface side to form a draining projection 2f.
f. Extending the draining protrusion 2f to form a draining lower surface 2d,
g. The draining lower surface 2d is bent in an L shape on the back side slightly before the extension line of the fixed piece 2a to form the following connecting groove 2h.
I. The connecting groove 2h has a hook-like cross section bent to the surface side, and its tip is folded back to the surface side to form a hook piece 2g.

D. The construction of Example 2 shown in FIG. 7, FIG. 8, and FIG.
a. To the base 5 in which the end base material 5c is attached to the lower end of the base post 5b and the field edge 5a is attached to the inner wall side thereof,
b. On the lower surface of the field edge 5a, the eave heaven 6 is fixed by nailing with the nail 8a of the fixing tool 8,
c. Next, the draining member 2 is attached as follows,
I. The draining lower surface 2d of the draining member 2 is substantially matched to the level of the lower surface of the eaves 6 and
B. The fixing piece 2a of the draining member 2 is fixed by nailing with a nail 8a,
d. A plurality of construction panels 1 are assembled to the attached draining member 2 as follows,
I. Put the cut end 11 of the building panel 1 on the drain surface 2b of the drain member 2;
B. The nail piece 1i to which the insertion portion 1e is fixed is fixed with a nail 8a.
C. Insert the insertion piece 1f of the other building panel 1 into the fitting groove 1h of the fixed building panel 1, and fix the nail piece 1i with a nail 8a.
D. Repeat the above to form a joint 1m between the building panel 1 and the building panel 1,
e. Then, the locking piece 3b of the covering member 3 is inserted into the connecting groove 2h of the draining member 2,
I. Hook the locking claw 3c of the locking piece 3b on the hooking piece 2g of the connecting groove 2h, and fix the hook.
B. The covering surface 3a of the covering member 3 is passed to the draining lower surface 2d of the draining member 2 and the eaves ceiling 6,
C. The nail 8a obtained by nailing the eave heaven 6 is covered with the covering surface 3a of the covering member 3,
f. In addition, after the construction panel 1 is constructed, the eaves 6 can be constructed.

    6, FIG. 7, FIG. 12, FIG. 13, FIG. 14, FIG. 15 and FIG. 16 show Embodiment 3 of the present invention.

A. The building panel 1 according to the third embodiment of the present invention shown in FIG. 6 is the same as the first embodiment.

B. The covering member 3 in Example 3 shown in FIG.
a. Form a long metal plate 7
b. At the center of the metal plate 7, a locking piece 3 b having a plurality of locking claws 3 c as shown below folded back on the surface side is formed,
I. The locking claw 3c holds the metal plate 7 of the locking piece 3b.
B. The bottom of the ship is turned to the folded side of the locking piece 3b, and is formed into a half-cut ship shape alternately on both sides of the locking piece 3b.
C. The ship's edge is cut to form a level difference of about two metal plates 7,
c. The locking piece 3b is expanded to the left and right in a T-shape, and both ends of the elongated flat surface are bent into a U shape on the back side, and further folded into a U shape on the back side, and the tip is folded back to the back side Further, the covering surface 3a is formed.

C. The draining member 2 in Example 3 shown in FIG.
a. Form a long metal plate 7
b. A fixed piece 2a is formed by folding one end of an elongated flat surface to the back surface side,
c. The other end of the fixed piece 2a is bent into a crank shape on the surface side to form a stationary stage 2i that forms a step and a stationary surface 2j that follows it.
d. Bending the stationary surface 2j to the front side to form a draining surface 2b,
d. Bending the water drain surface 2b to the back side, and forming the water drain front surface 2c,
e. The draining front surface 2c is bent acutely to the back side to form a draining projection 2f,
f. The draining projection 2f is extended to form a draining lower surface 2d.

D. The support member 4 in Example 3 shown in FIG.
a. Form a long metal plate 7
b. The following retaining groove 4e is formed,
I. The retaining groove 4e has a semicircular virtue-like cross section at the bottom, and a retaining claw 4d is formed at the mouth,
B. The latching claw 4d is opened in a letter C shape, its both ends are bent acutely on the back side, and two opposing latching pieces 4c are formed,
c. One of the latching pieces 4c is extended and bent into the shape of a dogleg on the back surface side to form a fixed surface 4a having a substantially elongated and flat surface and a semicircular cross-sectional protrusion.

E. The construction of Example 3 shown in FIG. 7, FIG. 12, and FIG.
a. To the base 5 in which the end base material 5c is attached to the lower end of the base post 5b and the field edge 5a is attached to the inner wall side thereof,
b. Install the support member 4 as follows,
I. On the outer wall side of the attached end base material 5c, with its fixing surface 4a facing upward, the nails 8a of the fixture 8 are fixed with nails,
c. Mount the draining member 2 on the constructed support member 4 as follows,
I. Place the stationary stage 2i of the draining member 2 on the end of the fixed surface 4a of the support member 4,
B. The fixing piece 2a of the draining member 2 is fixed by nailing with a nail 8a,
d. A plurality of construction panels 1 are assembled to the attached draining member 2 as follows,
I. Put the cut end 11 of the building panel 1 on the drain surface 2b of the drain member 2;
B. The nail piece 1i to which the insertion portion 1e is fixed is fixed with a nail 8a.
C. Insert the insertion piece 1f of the other building panel 1 into the fitting groove 1h of the fixed building panel 1, and fix the nail piece 1i with a nail 8a.
D. Repeat the above to form a joint 1m between the building panel 1 and the building panel 1,
e. Next, the eave heaven 6 is fixed with nails 8a to the lower surface of the field edge 5a,
f. Then, the locking piece 3b of the covering member 3 is inserted into the latching groove 4e of the support member 4,
I. The latching claw 3c of the latching piece 3b is hooked on the latching claw 4d of the latching groove 4e, and is hooked and fixed.
B. The covering surface 3a of the covering member 3 is applied to the draining lower surface 2d of the draining member 2 and the eaves ceiling 6,
C. The nail 8a obtained by nailing the eave heaven 6 is covered with the covering surface 3a of the covering member 3,
g. Moreover, the construction panel 1 can be constructed after the construction of the eaves 6.

  6, FIG. 7, FIG. 17, FIG. 18, FIG. 19 and FIG. 20 show Embodiment 4 of the present invention.

A. The building panel 1 according to the fourth embodiment of the present invention shown in FIG. 6 is the same as the first embodiment.

B. The covering member 3 in Example 4 shown in FIG.
a. Form a long metal plate 7
b. One end of an elongated flat surface is folded into a dogleg shape on the back surface side, and a covering surface 3a is formed with its tip folded back to the back surface side,
c. The other end of the covering surface 3a is bent into a U-shape on the back surface side and further folded back to the back surface side to form a locking piece 3b having a plurality of locking claws 3c as follows,
I. The locking claw 3c holds the metal plate 7 of the locking piece 3b.
B. The bottom of the ship is turned to the folded side of the locking piece 3b, and is formed into a half-cut ship shape alternately on both sides of the locking piece 3b.
C. The ship edge side is cut to form a level difference of about two metal plates 7.

C. The draining member 2 in Example 4 shown in FIG.
a. Form a long metal plate 7
b. A fixed piece 2a is formed by folding one end of an elongated flat surface to the back surface side,
c. Bend the other end of the fixed piece 2a to the front side to form a draining surface 2b,
d. Bending the water drain surface 2b to the back side, and forming the water drain front surface 2c,
e. The draining front surface 2c is bent into a semicircular shape on the back side, and further folded into a quarter circle on the surface side to form a draining projection 2f.
f. Extending the draining protrusion 2f to form a draining lower surface 2d,
g. The draining lower surface 2d is formed at the tip of the fixed piece 2a with the following connecting groove 2h,
I. The connecting groove 2h has a hook-like cross section bent to the surface side, and its tip is folded back to the surface side to form a hook piece 2g.

D. The construction of Example 4 shown in FIG. 7, FIG. 17, and FIG.
a. To the base 5 in which the end base material 5c is attached to the lower end of the base post 5b and the field edge 5a is attached to the inner wall side thereof,
b. On the lower surface of the field edge 5a, the eave heaven 6 is fixed by nailing with the nail 8a of the fixing tool 8,
c. Next, the draining member 2 is attached as follows,
I. The level obtained by adding the level difference when the covering surface 3a is mounted from the tip of the locking piece 3b of the covering member 3 to the draining lower surface 2d of the draining member 2 is substantially matched to the level of the lower surface of the eaves ceiling 6;
B. The fixing piece 2a of the draining member 2 is fixed by nailing with a nail 8a,
d. A plurality of construction panels 1 are assembled to the attached draining member 2 as follows,
I. Put the cut end 11 of the building panel 1 on the drain surface 2b of the drain member 2;
B. The nail piece 1i to which the insertion portion 1e is fixed is fixed with a nail 8a.
C. Insert the insertion piece 1f of the other building panel 1 into the fitting groove 1h of the fixed building panel 1, and fix the nail piece 1i with a nail 8a.
D. Repeat the above to form a joint 1m between the building panel 1 and the building panel 1,
e. Then, the locking piece 3b of the covering member 3 is inserted into the connecting groove 2h of the draining member 2,
I. Hook the locking claw 3c of the locking piece 3b on the hooking piece 2g of the connecting groove 2h, and fix the hook.
B. The covering surface 3a of the covering member 3 is passed to the draining lower surface 2d of the draining member 2 and the eaves ceiling 6; The nail 8a obtained by nailing the eave heaven 6 is covered with the covering surface 3a of the covering member 3,
f. In addition, after the construction panel 1 is constructed, the eaves 6 can be constructed.

  6, FIG. 7, FIG. 21, FIG. 22, FIG. 23, FIG. 24, and FIG. 25 show Embodiment 5 of the present invention.

A. The building panel 1 according to the fifth embodiment of the present invention shown in FIG. 6 is the same as the first embodiment.

B. The covering member 3 in Example 5 shown in FIG.
a. Form a long metal plate 7
b. Forming an elongated flat surface 3a,
c. Bending both side ends of the covering surface 3a to the back side to form a locking piece 3b,
d. The locking piece 3b is bent acutely to the back side to form a locking claw 3c.

C. The draining member 2 in Example 5 shown in FIG.
a. Form a long metal plate 7
b. A fixed piece 2a is formed by folding one end of an elongated flat surface to the back surface side,
c. Bend the other end of the fixed piece 2a to the front side to form a draining surface 2b,
d. Bending the water drain surface 2b to the back side, and forming the water drain front surface 2c,
e. The draining front surface 2c is bent into a semicircular shape on the back side, and further folded into a quarter circle on the surface side to form a draining projection 2f.
f. Extending the draining protrusion 2f to form a draining lower surface 2d,
g. The draining lower surface 2d is bent into an L-shape on the back side before the extension line of the fixed piece 2a to form a guide piece 2e.

D. The support member 4 in Example 5 shown in FIG.
a. Form a short metal plate 7
b. Forming a substantially flat and rectangular fixing surface 4a;
I. A plurality of fixing holes 4b for nailing are formed on the fixing surface 4a,
B. A notch is made in the front and rear end sides of one side end of the fixed surface 4a, and a notch is bent into an L shape on the back side to form a guide protrusion 4f.
c. Bending the front and rear ends of the fixed surface 4a to the surface side to form the following latch piece 4c,
I. The hooking piece 4c substantially exhibits an isosceles trapezoidal shape having a wide base by extending the fixed surface 4a side,
B. A hooking claw 4d is formed by the angle between the both legs and the bottom of the fixed surface 4a side,
d. One of the hooking pieces 4c is extended and bent into the L-shape on the back surface side to form a front folding surface 4g.

E. The construction of Example 5 shown in FIG. 7, FIG. 21, and FIG.
a. To the base 5 in which the end base material 5c is attached to the lower end of the base post 5b and the field edge 5a is attached to the inner wall side thereof,
b. Next, the eave heaven 6 is nailed and fixed to the lower surface of the field edge 5a with a nail 8a,
c. Next, the draining member 2 is attached as follows,
I. The draining lower surface 2d of the draining member 2 is substantially matched to the level of the lower surface of the eaves 6 and
B. The fixing piece 2a of the draining member 2 is fixed by nailing with a nail 8a,
d. A plurality of construction panels 1 are assembled to the attached draining member 2 as follows,
I. Put the cut end 11 of the building panel 1 on the drain surface 2b of the drain member 2;
B. The nail piece 1i to which the insertion portion 1e is fixed is fixed with a nail 8a.
C. Insert the insertion piece 1f of the other building panel 1 into the fitting groove 1h of the fixed building panel 1, and fix the nail piece 1i with a nail 8a.
D. Repeat the above to form a joint 1m between the building panel 1 and the building panel 1,
e. Install the support member 4 as follows,
I. The guide projection 4f of the support member 4 is aligned with the guide piece 2e of the fixed draining member 2, and the fixing surface 4a is nail fixed to the fixing hole 4b by the nail 8a of the fixing tool 8,
f. And the covering piece 3c of the support member 4 is covered with the covering surface 3a of the covering member 3 and pushed in,
I. The latching claw 3c of the covering member 3 is hooked on the latching claw 4d of the support member 4 to be hooked and fixed.
B. The covering surface 3a of the covering member 3 is passed to the draining lower surface 2d of the draining member 2 and the eaves ceiling 6,
C. The nail 8a obtained by nailing the eave heaven 6 is covered with the covering surface 3a of the covering member 3,
g. In addition, after the construction panel 1 is constructed, the eaves 6 can be constructed.

Partially omitted perspective view showing a construction state of a building member use wall structure (Example 1) Partially omitted end view showing a construction state of a building member use wall structure (Example 1) Partly omitted perspective view of the covering member (Example 1) Partially omitted perspective view of a support member (Example 1) Partially omitted perspective view of draining member (Example 1) Partially omitted perspective view showing building panel (Examples 1 to 5) Partially omitted perspective view showing construction state of building panel (Examples 1 to 5) Partially omitted perspective view showing a construction state of a building member use wall structure (Example 2) Partially omitted end view showing a construction state of a building member use wall structure (Example 2) Partly omitted perspective view of the covering member (Example 2) Partially omitted perspective view of draining member (Example 2) Partially omitted perspective view showing a construction state of a building member use wall structure (Example 3) Partially omitted end view showing the construction state of the building member use wall structure (Example 3) Partly omitted perspective view of the covering member (Example 3) Partially omitted perspective view of the support member (Example 3) Partially omitted perspective view of draining member (Example 3) Partially omitted perspective view showing a construction state of a building member use wall structure (Example 4) Partially omitted end view showing a construction state of a building member use wall structure (Example 4) Partly omitted perspective view of a covering member (Example 4) Partially omitted perspective view of draining member (Example 4) Partially omitted perspective view showing a construction state of a building member use wall structure (Example 5) Partially omitted end view showing the construction state of the building member use wall structure (Example 5) Partly omitted perspective view of a covering member (Example 5) Perspective view of support member (Example 5) Partially omitted perspective view of draining member (Example 1) Partially omitted end view showing the construction state of the conventional technology-used wall structure

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Construction panel 2 Drain member 3 Cover member 4 Support member 5 Base 6 Eave top 7 Metal plate 8 Fixture 9 Synthetic resin

Claims (5)

A fixing piece that is fixed to the base by a fixing tool, and a draining member formed by molding a metal plate, and a fixing piece at the end of the draining surface. It is composed of a covering member formed with a metal plate having a covering surface that is substantially orthogonal to the fixing piece that extends beyond the extension line of the fixing piece from the position extended in the parallel direction. An architectural member characterized in that it can be attached by insertion or covering from below. 2. The building member according to claim 1, wherein the draining member is a draining member having a guide mechanism for positioning in the width direction with the covering member. The construction member according to claim 2, wherein the draining member having the guide mechanism is a draining member having a function of fixing the covering member. The building member according to claim 1, wherein the covering member is fixed through a support member having a function of fixing the covering member to the ground. The wall structure characterized by including the structural member of any one of Claims 1-4 in a structure.

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