JPH0751815B2 - Support structure for eaves ceiling panel - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is arranged horizontally by fitting the respective locking pieces of the eaves ceiling panels arranged side by side into the engagement grooves of the hanging metal fittings to support the inner ends of the eaves ceiling panels. The present invention relates to a support structure for an eaves ceiling panel that can prevent a step between eaves ceiling panels from occurring and improve construction quality.

[0002]

2. Description of the Related Art In recent years, the so-called panel construction method for forming walls, floors, roofs, etc. using panels has become widespread.

In a house having such a panel construction method,
For example, an eaves ceiling panel that is integrally portable is arranged side by side between the tip of the sloping roof that extends beyond the upper end of the outer wall of the house formed by using wall panels and the outer wall, The ceiling is formed.

The inner ends of the side-by-side eaves ceiling panels facing the outer wall are conventionally provided with the engagement pieces of the engagement fittings attached to the inner ends of the eaves ceiling panels and having downward engagement pieces. Each eaves ceiling panel by being individually fitted into the locking groove of the hanging metal fitting that is locked in the hole provided in the upper end of the wall panel and has the upper open locking groove at the lower end of the hanging piece that hangs along the outer wall Was supported by each.

[0005]

However, in such a conventional one, since the eaves ceiling panels arranged side by side are supported by the different hanging metal fittings, the construction between the eaves ceiling panels arranged side by side is performed. Due to the variation, a step is likely to occur, which may reduce the appearance and deteriorate the construction quality.

Further, since the hanging metal fitting is attached to the wall panel by being locked to the upper end of the wall panel, the attachment tends to be unstable, which causes a decrease in the accuracy of supporting the inner end of the eaves ceiling panel. It was also accompanied.

In the present invention, the hanging metal fitting is basically attached to the upper end of the wall panel by using the bolt for mounting the roof metal fitting, and each locking piece of the eaves ceiling panel arranged side by side is fitted into the locking groove. As a result, it is possible to prevent the occurrence of a step between the eaves ceiling panels arranged side by side, improve the construction quality, stabilize the mounting of the hanging brackets, and provide the eaves ceiling panel support structure that can improve the support accuracy of the eaves ceiling panel. It is an object.

[0008]

DISCLOSURE OF THE INVENTION The present invention is arranged between the outer wall and the tip of a roof material that extends outward beyond the upper ends of wall panels that form an outer wall and are erected side by side next to each other. The eaves ceiling panel support structure for supporting the inner end of the eaves ceiling panel facing the outer wall, wherein the eaves ceiling panels are arranged side by side, and a downward locking piece is provided at the inner end of the eaves ceiling panel. And a roof bracket for receiving the roof material is provided on the upper end of the wall panel, the base bracket extending over the upper ends of the adjacent wall panels and placed on the upper end of each wall panel. The roof bracket is attached by fixing the base piece to the upper end of each wall panel with a bolt, and the wall panel adjacent to the lower end of the hanging piece hanging along the outer wall is laterally attached to the roof bracket. Suspending metal fittings that have locking grooves that open above and extend It is attached by sharing the serial bolt, with the locking groove, for supporting the inner end of the eaves roof panel by fitting the respective locking pieces eaves ceiling panels arranged in a lateral.

[0009]

[Function] For eaves ceiling panels arranged side by side, the downward locking pieces of the locking metal fittings attached to the inner ends of the eaves ceiling panels are fitted into the upper open locking grooves of the hanging metal fittings bolted to the upper end of the wall panel. Each inner end is supported by being fitted. Like this one
Since the inner ends of the eaves ceiling panels lined up side by side are supported using two hanging brackets, the eaves ceiling panels lined up horizontally are supported compared to the conventional ones that use different hanging brackets for each eaves ceiling panel. It is possible to prevent the occurrence of a step between them, prevent deterioration of appearance, and improve construction quality.

Further, since the above-mentioned hanging metal fitting is fixed by using a bolt for attaching the roof receiving metal fitting for receiving the roof material to the upper end of the wall panel, it is possible to enhance the mounting strength of the hanging metal fitting and stabilize the mounting. , It is possible to improve the support accuracy of the eaves ceiling panel.

[0011]

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. In the figure, the support structure for an eaves ceiling panel according to the present invention includes a tip of a roofing material 3 that extends outward beyond the upper ends of wall panels 2 that form an outer wall W and are vertically erected side by side, and the outer wall W. Can support the inner end of the eaves ceiling panel 4 facing the outer wall W, and the eaves ceiling panels 4 are arranged side by side and are locked downward at the inner ends of the eaves ceiling panel 4. The locking metal fitting 6 having the piece 5 is attached, and the roof is mounted on the upper end of the wall panel 2, the base piece 7 straddling the upper ends of the adjacent wall panels 2 and placed on the upper end of each wall panel 2. A roof bracket 10 provided with a roof bracket 9 for receiving the material 3 is attached by fixing the base piece 7 to the upper end of each wall panel 2 with a bolt 11, and the roof bracket 10
At the bottom of the hanging piece 12 hanging along the outer wall W, a hanging metal fitting 14 having an upwardly open locking groove 13 extending laterally beyond the adjacent wall panels 2 and 2 is attached by commonly using the bolt 11. On the other hand, the inner ends of the eaves ceiling panel 4 are supported by fitting the engagement pieces 5, 5 of the eaves ceiling panels 4, 4 arranged side by side into the engagement grooves 13.

The wall panel 2 is a frame member 1 made of channel steel.
7 is an integrally portable panel body in which face members 19 and 19 are attached to the inside and outside of a frame in which the grooves are joined to face each other in a rectangular shape, and an appropriate mounting bracket is attached to a beam member on a floor (not shown). The outer wall W is formed by vertically erected side by side.

As shown in FIG. 2, a column 21 made of a square steel pipe whose upper end is closed by an upper plate 20 is interposed between the adjacent wall panels 2 and 2 and a right angle as shown in FIG. The pillar 2 whose upper end is closed by the upper plate 20A between the two wall panels 2 and 2 which form the outer corner A of the outer wall
2 are erected.

The outer surfaces of the columns 21 and 22 are wall panels 2.
The cover 2 is covered with a pillar 2 cover 23 which is flush with the outer surface of the outer surface material 19 and the joint between the pillar cover 23 and the outer surface material 19 is filled with caulking material 24.

As shown in FIG. 2, the roof bracket 10 straddles the upper ends of the adjacent wall panels 2 and 2 and is placed on the upper ends of the wall panels 2 and 2 and the wall panels 2 and 2.
A rectangular base piece 7 fixed to the upper end of 2 with bolts 11, 11 and a standing piece 2 that rises vertically from the inner edge of the base piece 7.
A substantially U-shaped base body 27 composed of 6 and a rectangular roof receiving piece 9 that receives the roof material 3 extending outwardly and obliquely downward from the upper end of the standing piece 26 is provided. The base piece 7 and the roof receiving piece 9 are
A pair of vertical and vertical reinforcing pieces 2 projecting at right angles from the standing pieces 26.
This reinforcement piece 29, 2 is connected by 9 and 29.
The base piece 7 between 9 is bolted to the upper plate 20. Further, the roof receiving piece 9 has a hole 9a for attaching the roof material 3 ...
Has been drilled.

The suspension fitting 14 has the bolts 11 and 11
A pair of horizontal mounting pieces 3 mounted on the base piece 7 by
0 and 30, and a hanging piece 12 that hangs along the outer wall W from the outer ends of the mounting pieces 30 and 30.

The hanging pieces 12 are composed of adjacent wall panels 2,
2 extends along the outer wall W, and the lower end thereof is bent outward and obliquely upward to extend laterally beyond the adjacent wall panels 2 and 2 so that the upper open locking groove 13 extends.
Have.

The attachment pieces 30, 30, of the hanging metal fitting 14,
Both side edges of the hanging piece 12 are bent outward so that the hanging metal fitting 14
Is increasing the strength of. Further, the hanging piece 12 is provided with a pair of vertical protruding pieces 31, 31 which protrude outward by cutting and raising.

As described above, the hanging bracket 14 is mounted on the roof bracket 10 by commonly using the bolts 11 for mounting the roof bracket 10, and the mounting strength can be stabilized.

Two wall panels 2 forming the projecting corner A,
2 At the top edge of the roof, a roof bracket 33 for receiving the roof material 3
Is bolted. The roof bracket 33 at this corner is
As shown in FIG. 3, the upper surfaces of the substantially L-shaped base parts 34 bolted to the upper ends of the wall panels 2 and 2 arranged at right angles and the standing pieces 35, 35 standing on the base parts 34 are provided. And a receiving portion 37 to which a roof receiving piece 36 formed in a mountain shape is fixed.

At the outer end of the base portion 34, small-height rising pieces 39, 39 are respectively raised in parallel to the two wall panels 2, 2, and the side edges of the rising pieces 39 facing each other are opposed to each other. , Horizontal cutout groove 3 for locking the hanging metal fitting 40 at the corner
9A is provided.

The corner hanging fitting 40 is provided with the notch groove 39.
It is provided with an open U-shaped portion 41 that is locked to A and a hanging piece 42 that hangs along the outer wall W by the locking of the U-shaped portion 41, and the lower end of the hanging piece 42 is outward and diagonally upward. The locking groove 43 having an upper opening is formed by bending the same.

Further, the upper end of the wall panel 2 is provided with holes 46, ...

As shown in FIG. 3, the hanging metal fitting 45 in the middle is a horizontal locking piece 47 which is locked to the upper end of the wall panel 2 by being fitted in the hole 46, and the locking piece 47. It is provided with a hanging piece 49 that hangs along the outer wall W when stopped, and an upper opening locking groove 50 is formed by bending at the lower end of the hanging piece 49.

The roof bracket 10 and the corner roof bracket 33 support the roof member 3. As shown in FIG. 4, the roof material 3 is a frame material 51 made of channel steel in this embodiment.
The base plate 52 is placed on the framework in which the grooves are joined facing each other.
An integrally portable roof panel 53 in which the frame member 51 is placed on the roof receiving pieces 9 and 36 and bolted to extend outside the upper end of the wall panel 2. A pitched roof R can be formed.

A wooden crosspiece 54 having a vertical attachment surface 54A is previously attached to the outer surface of the frame member 51 of the roof panel 53 which becomes the tip of the eaves by the attachment.
Hiroko Mai 55 is fixed on the 4th.

An eaves ceiling panel 4 capable of forming an eaves ceiling is disposed between the outer wall W and the tip of the roofing material 3 mounted above the wall panel 2 as described above.

As shown in FIGS. 1 and 4, the eaves ceiling panel 4 has an inner frame member 57 having a rectangular cross section and a wood material along an inner end facing the outer wall W, and a rectangular cross section which is parallel to the inner frame member 57. Connecting both ends of the wooden outer frame material 59, the inner frame material 57, and the outer frame material 59 1
It is an integrally portable panel body in which an eaves ceiling plate 61 is attached to the lower surface of a rectangular frame composed of a pair of side frame members 60, 60, and its horizontal length is set to be substantially equal to the horizontal length of the wall panel 2. ,
Moreover, the eave ceiling that joins the outer wall W and the tip of the roofing material 3 is formed by being arranged side by side.

An intermediate frame member 62 parallel to the side frame member 60 is bridged between the inner frame member 57 and the outer frame member 59, and
An elongated rectangular mounting piece 63 mounted on the inner surface of the inner frame material 57 over the entire length of the inner frame material 57, a joint piece 64 extending inward from the upper end of the mounting piece 63, and this joint piece. A locking metal fitting 6 composed of a small-length locking piece 5 hanging from the inner end of 64 is fixed.

Therefore, the locking metal fitting 6 having the locking piece 5 facing downward is attached to the inner end of the eaves ceiling panel 4, and the outer surface of the outer frame member 59 is attached to the outer end of the eaves ceiling panel 4. The nose plate 75 that abuts against and rises from the eaves ceiling plate 61 is fixed.

The eaves ceiling panel 4 is composed of the above-mentioned hanging fittings 45 ...
Of the locking groove 50 ... and the locking groove 13 of the hanging metal fitting 14 are fitted to the locking piece 5 so that the inner end thereof is supported and, as shown in FIG. 4, screwed to the nose plate 65. The hanging jig 66 is used to lift the outer end of the eaves ceiling panel 4 by a crane or the like until the upper end of the nose plate 65 hits the lower surface of the wide and small dance 55, and the nose plate 65 is attached to the mounting surface 54A of the crosspiece 54.
The outer end of the eaves ceiling panel 4 is fixed by fixing it with screws.

The locking grooves 13 of the hanging metal fitting 14 are fitted with the locking pieces 5 and 5 of the eaves ceiling panels 4 and 4 arranged side by side, whereby the eaves ceiling panels 4 and 4 arranged side by side are fitted. It is possible to prevent a step from being generated.

Further, the locking piece 5 of the locking metal fitting 6 attached to the inner end of the eaves ceiling panel 67 of the corner is fitted into the locking grooves 43, 43 of the hanging metal fittings 40, 40 of the corner. The inner end of the eaves ceiling panel 67 is supported.

In the corner eaves ceiling panel 67, as shown in FIG. 1, a substantially L-shaped eaves ceiling plate 69 is arranged at the right and short inner frame members 70, 70 and outside thereof. The outer frame member, the inner frame member 70, and the side frame members 71, 71 connecting the outer frame member are attached to the lower surface of the frame, and the nose plates 72, 72 forming a right angle are attached to the outer end thereof. ing.

[0035]

As described above, the supporting structure of the eaves ceiling panel according to the present invention is such that the engaging pieces of the eaves ceiling panels arranged side by side are fitted into the engaging grooves of the hanging metal fittings attached to the roof bracket. Since the inner end of the eaves ceiling panel is supported, it is possible to prevent a step from being generated between the two eaves ceiling panels arranged side by side, and it is possible to improve the construction quality.

Further, since the hanging metal fitting is fixed to the upper end of the wall panel via the roof bracket by using bolts, its mounting strength and mounting accuracy can be improved, and the construction can be stabilized.

[Brief description of drawings]

FIG. 1 is an exploded perspective view showing an embodiment of the present invention.

FIG. 2 is an enlarged perspective view showing a roof bracket and a suspension bracket.

FIG. 3 is a perspective view showing a roof bracket of a corner arranged at a corner of an outer wall.

FIG. 4 is a sectional view showing an embodiment of the present invention.

[Explanation of symbols]

 2 Wall panels 3 Roofing materials 4 Ceiling panels 5 Locking pieces 6 Locking fittings 7 Base pieces 9 Roof receiving pieces 10 Roof receiving fittings 11 Bolts 12 Hanging pieces 13 Locking grooves 14 Hanging fittings

Claims (1)

[Claims] 1. The outer wall of an eaves ceiling panel disposed between the outer wall and the tip of a roofing material that extends outwardly beyond the upper ends of wall panels that form an outer wall and are erected side by side next to each other. A supporting structure for an eaves ceiling panel that supports an inner end facing toward, the eaves ceiling panels are arranged side by side, and a locking metal fitting having a downward locking piece is attached to an inner end of the eaves ceiling panel, And, at the upper end of the wall panel, the roof bracket is provided with a roof bracket that receives the roof material on a base piece that straddles the upper ends of adjacent wall panels and is placed on the upper ends of the wall panels. It is attached by fixing it to the upper end of each wall panel with bolts, and furthermore, this roof bracket is an upper open lock that extends beyond the wall panel adjacent to the lower end of the hanging piece hanging along the outer wall. Attach a hanging metal fitting with a groove, sharing the bolt With, the support structure of the engagement to stop groove, eaves ceiling panels, characterized by supporting the inner end of the eaves roof panel by fitting the respective engaging pieces of the eaves ceiling panels arranged in a lateral.