JPH10183912A - Ventilation visual boundary member - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a ventilation visual boundary member excellent in work execution property and facilitates the securing of ventilation passages. SOLUTION: The ventilation visual boundary member, which is provided with a ventilation visual boundary member body 1 having a first and a second riser plates 4, 5 erectly provided on both ends of a bottom plate 3 formed with a plural number of slotted inlets extending in the cross direction, together with a first fixed plate 9 and a second fixed plate 10 hanging down from one of the ends of the first fixed plate 9. It is composed of a fixed member 2, which has a first fixed piece 11 facing the second fixed plate 10 hanging down from the inner side near the second fixed plate 10 of the first fixed plate 9, a step part 12 connected to the lower end of a connecting piece 13 hanging down from the first fixed plate 9, a fixed hole openly formed on the lower end of the step part 12, and a second fixed piece 15 extending toward the opposite side of the first fixed piece 11 connected to it.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a ventilation parting member. More specifically, the present invention relates to a ventilation parting member which is excellent in workability and can easily secure a ventilation path.

[0002]

2. Description of the Related Art Conventionally, in a building such as a house, as shown in FIG.
A ventilation member (102) is provided on the eaves ceiling (101). Various types of ventilation members (102) have been provided so far. FIG. 10 is a perspective view of an essential part showing an example of this, and the ventilation member (102) has an air inlet (1).
03) includes a flat plate portion (104) having a plurality of openings. On both sides of the flat plate portion (104),
First and second joints (105) and (10) having a substantially L-shaped cross section
6) is provided downward. In the ventilation member (102), the first joint (1) is formed in a notch (108) formed at a predetermined portion of the nose cover (107) at the eaves.
05), and one end of the eave ceiling material (109) is inserted into the second joint (106) so as to be fixedly attached to the eaves.

FIG. 11 is a sectional view showing another example of the ventilation member. The ventilation member (102) can be installed near a wall and also serves as a parting member. The ventilation member (102) has a substantially U-shaped cross section and a hollow frame (1).
10), and a plurality of intake ports are formed on upper and lower surfaces thereof. And the ventilation member (102) is
Is attached to the side end of the eave ceiling material (109) on the side of the wall (112) so as to form an air passage (111) extending from the lower surface to the upper surface of the eave ceiling (101), and is housed near the wall of the eave ceiling (101). Thus, the ventilation member (102) shown in FIG.
Is attached to the wall (112) of the eaves ceiling (101), so that it can also serve as a parting member.

[0004] In addition to the ventilation member (102) installed at the eaves and the wall near the eaves shown in Fig. 10 and Fig. 11, for example, in the middle of the eaves ceiling (101) as shown in Fig. 12 Some that are installed are also known.

[0005]

However, the conventional ventilation member (102) represented by, for example, FIGS. 10 to 12 has a large problem in terms of workability in general. That is, the ventilation member (1) shown in FIG.
In the case of 02), it is necessary to make a cut (108) in the nose cover (107) in advance in order to attach it to the eaves. In the case of the ventilation member (102), the eave ceiling material (10) is provided on the second joint (106) provided on the back surface.
9) Since one side end is inserted, the thickness of the eave ceiling material (109) is restricted. Generally, a calcium silicate plate having a thickness of about 5.5 to 9 mm is often used for the eave ceiling material (109), but recently, an exterior material is often applied to the eave ceiling (101).
It is known that the exterior material has a maximum thickness of 18 mm or more. Also, in fire prevention areas, the use of calcium silicate plates having a thickness of 12 mm or more is required. The ventilation member (10) shown in FIG.
2) is the eave ceiling material (10
The degree of freedom is not so high as to be usable for 9).

For the ventilation member (102) shown in FIG. 11, care must be taken to secure the ventilation path (111).
If the construction accuracy of the eave ceiling material (109) is not sufficient,
There was a risk that the air passage (111) would be blocked. And in the case of the ventilation member (102) shown in FIG. 12, it is necessary to form an opening (113) in the eaves ceiling (101) for installation. With the formation of the opening (113), the eaves ceiling (102) is provided with a base material (11) in order to secure strength.
It was also necessary to provide 4) and reinforce.

The present invention has been made in view of the above circumstances, and eliminates the drawbacks of conventional ventilation members installed on the eaves ceiling for ventilation in the back of a shed, has excellent workability, and has excellent ventilation. It is an object of the present invention to provide a ventilation parting member that can easily secure a road.

[0008]

SUMMARY OF THE INVENTION The present invention solves the above-mentioned problems by providing first and second edges on both side edges of a bottom plate portion having a plurality of elongated air inlets extending in the width direction. A first fixing plate portion, a second fixing plate portion hanging down from one side edge thereof, and a second fixing of the first fixing plate portion; A first fixing piece facing the second fixing plate hangs down from the inside near the plate, and a step is connected to a lower end of a connecting piece hangs down from the first fixing plate, A fixing hole is formed at the lower end of the stepped portion, and a fixing member connected to a second fixing piece extending to the opposite side to the first fixing piece comprises a first member of the ventilation parting member main body. Is inserted into a gap formed between the second fixing plate portion and the first fixing piece portion of the fixing member. In addition, the second fixing piece portion of the fixing member is disposed on the bottom plate portion of the ventilation parting member, and the fixing hole partially coincides with an arbitrary air inlet of the bottom plate portion, and is inserted from the air inlet side. The bottom plate portion and the second fixing piece are joined to fix the ventilation parting member main body to the fixing member, thereby providing a ventilation parting member.

[0009]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The ventilation parting member of the present invention will be described below in more detail with reference to the drawings. 1 and 2 <a> and <b> are a cross-sectional view and a main part perspective view, respectively, showing an example of a ventilation parting member of the present invention.

As shown in FIGS. 1 and 2 <a> and <b>, the ventilation parting member is composed of a main body (1) and a fixing member (2). The ventilation parting member main body (1) includes a bottom plate (3), and on both side edges thereof,
First and second rising plate portions (4) and (5) are erected,
It extends upward. The first and second rising plate portions (4) and (5) preferably extend from the bottom plate portion (3). The second rising plate portion (5) has a first
The contact piece (6) extending toward the rising plate (4) can be connected. This contact piece (6)
Can contact the back of the eave ceiling material (51) forming the eave ceiling. It is preferable that the contact piece (6) also extends from the upper edge of the second rising plate (5).

The bottom plate (3) may be provided with, for example, a flat plate portion (7) which is raised one step, and in which a plurality of intake ports (8) for communicating the outside of the hut with the outside air are formed. can do. The intake ports (8) have a long hole shape extending in the width direction of the bottom plate (3), and are arranged at predetermined intervals. By disposing the flat plate portion (7), it is possible to suppress a decrease in the strength of the bottom plate portion (3) due to the formation of the opening of the intake port (8). Of course, the flat plate portion (7) is provided as needed, and when this is omitted, the intake port (8) is formed directly in the bottom plate portion (3).

[0012] Such a ventilation parting member main body (1) includes:
For example, it can be made of metal, and can be manufactured by various methods such as sheet metal of a steel plate and extrusion molding of an aluminum material. Further, the ventilation parting member main body (1) can be made of a material such as resin which is easy to mold. On the other hand, the fixing member (2) includes a first fixing plate portion (9) and a second fixing plate portion (10) hanging down from one side edge of the first fixing plate portion (9). I have. The first fixed plate portion (9) and the second fixed plate portion (10) include, for example, FIG.
As shown in the perspective view of FIG. 7, a required number of fixing holes (61) and (62) for attaching the fixing member (2) to the eaves ceiling can be formed. Then, fixing tools (63) such as nails, wood screws, screws, etc. are inserted into these fixing holes (61) (62).
And fixing and fixing the fixing member (2) to the eaves ceiling via the first fixing plate portion (9) and the second fixing plate portion (10) by driving and screwing into a predetermined portion of the building frame. Can be fixed to a predetermined site.

The second fixing plate (10) is preferably
The first fixed plate portion (9) extends downward. The first fixed plate portion (9) also has a first fixed piece portion (11) facing the second fixed plate portion (10) from inside the vicinity of the second fixed plate portion (10). Hanging. The second fixing plate (1
A predetermined gap is formed between the first fixing piece (11) and the first fixing piece (11).

The first fixing piece (11)
For example, the first fixed plate portion (9) may hang down and extend integrally or separately from the rear surface thereof, or as a member separate from the first fixed plate portion (9), as described later. Made,
The coupling may result in depending on the first fixing plate (9). There is no particular limitation on the formation method,
An appropriate method can be selected according to the purpose and the like.

The fixing member (2) further includes a step (12).
Are arranged below the back surface of the first fixed plate portion (9), and are connected to the first fixed plate portion (9) via the connection piece (13). In other words, the connecting piece (13) hangs down from the first fixed plate (9), and the step (12) is connected to the lower end of the connecting piece (13). Connection piece (13)
Is a first fixing piece (11) of the first fixing plate (9).
From the side edge located on the opposite side to the side edge. It may be in the middle or near the side edge. Further, the connection piece (13) is similar to the first fixing piece (11) described above, and there is no particular limitation on the formation method. For example, the first fixed plate portion (9) may be integrally or separately suspended and extended on the back surface, or may be formed as a separate member from the first fixed plate portion (9), and then the first fixed plate portion (9) may be combined with the first fixed plate portion (9). It is also possible to hang from the fixing plate part (9).

The first fixing piece (11), the connecting piece (13) and the step (12) connected to the first fixing plate (9) are formed by the first fixing plate (9). ), The length can be reduced and the size can be reduced. More specifically, as shown in FIG. 3, for example, as shown in FIG. 3, a first fixed plate portion (9) and a second fixed plate portion (10) connected to one side edge of the first fixed plate portion (9). One member is formed, and a second member separate from the first member is constituted by a first fixing piece (11), a connecting piece (13), and a step (12). In this case, a connecting piece (14) is interposed between the first fixing piece (11) and the connecting piece (13) in the second member. In such a second member, the first fixing piece (11) and the connecting piece (13) can be respectively droop-connected to both side edges of the connecting piece (14), and preferably the connecting piece (14) is connected. One part (1
Extend from 4). Then, the second member is provided on the back surface of the first member, and the first fixing piece (11) is provided on the second fixing plate (1).
The fixing member (2) can be formed by being joined and integrated by a suitable joining method such as welding, welding, bonding or riveting at a predetermined position close to 0) and facing each other.

In the fixing member (2), a second fixing piece (15) extending to the opposite side to the first fixing piece (11) may be connected to the lower end of the step (12). I have. The second fixing piece (15) preferably extends from the lower edge of the step (12). A fixing hole (16) is formed in the second fixing piece (15). Fixing holes (1
With regard to 6), various modes such as a single hole or a plurality of shapes such as a round hole, a square hole, and a long hole are possible. For example, as shown in FIG. 2 <b> and FIG. Preferably, the second fixing piece (15) has an elongated hole shape extending in the longitudinal direction. The slot-shaped fixing hole (16) is formed here when the second fixing piece (15) is arranged on the flat plate (7) of the ventilation parting member body (1), as described later. It is possible to overlap with a plurality of the intake ports (8), which are also formed in the shape of a long hole, thereby facilitating partial matching with the intake ports (8).

Such a fixing member (2) can preferably be a metal fitting, and in this case, it can be manufactured by various methods such as sheet metal of a steel plate and extrusion molding of an aluminum material. For example, in the ventilation parting member exemplified above, the main body (1) is fixed to the fixing member (2) as follows.

That is, the first rising plate portion (4) of the ventilation parting member main body (1) is connected between the second fixing plate portion (10) and the first fixing piece portion (11) of the fixing member (2). While being inserted into the formed gap, the second fixing piece (15) of the fixing member (2) is arranged on the flat plate (7) of the ventilation parting member main body (1). At this time, the second fixing piece (1
The fixing hole (16) of (5) is partially aligned with an arbitrary intake port (8) formed in the flat plate (7). Fixing hole (16)
In the case of a long hole shape as described above, the intake port (8)
The degree of freedom of selection increases, and workability is excellent.

Thereafter, the fixing device (1) is placed from the suction port (8) side.
7) is inserted, and when the flat plate portion (7) and the second fixing piece (15) are joined by the fixing tool (17), the ventilation parting member main body (1) is fixed to the fixing member (2). There is no particular limitation on the type of the fixing tool (17), and an appropriate tool such as a screw can be arbitrarily adopted. In order to make the joining operation easier, it is preferable to use, for example, a one-touch clip or the like as the fixing tool (17).

Next, the installation of the ventilation parting member on the eaves ceiling will be described. FIG. 4 is a cross-sectional view of a main part showing the installation of the ventilation parting member near the eave ceiling wall. In the example shown in FIG. 4, when attaching the ventilation parting member to the eaves ceiling, first, the first fixing plate portion (9) and the second fixing plate portion (10) of the fixing member (2) are cut off. (52), respectively, abut against the outer wall finishing material (53), and are joined and fixed by the fixing tool (63) illustrated also in FIG. At this time, the use of the fixing tool (63) is performed by the first fixing plate (9) or the second fixing plate (9).
At least one side of the fixing plate portion (10). In addition, the fixing member (2) can be partially installed with respect to the eave ceiling. For example, it can be installed in accordance with the pitch of at least one of the ridge (52) and the pillar (54) for supporting and fixing the outer wall finishing material (53). In addition, the edge (52) and the pillar (54) can be replaced with rafters constructed as base materials for the eave ceiling and the outer wall.

Next, the eave ceiling material (51) is attached to the eave ceiling. At this time, one end of the eave ceiling material (51) is inserted between the first fixing plate portion (9) and the step portion (12) of the fixing member (2), sandwiched and supported. As described above, the fixing member (2) also has a function of fixing the eave ceiling material (51). Thereafter, the other side end of the eave ceiling material (51) is brought into contact with the lower end surface of the nose cover (55) provided on the eave ceiling,
It is fixed with a fixing tool (63) such as a nail, a wood screw, or a screw. Further, if necessary, the eave ceiling material (51) is fixed to the rim (52) by the fixing tool (63).

Then, the ventilation parting member main body (1), its first rising plate part (4) is connected to the second fixing plate part (10) of the fixing member (2) and the first fixing piece part (11). The second fixing piece (15) of the fixing member (2) is placed on the flat plate (7) after being inserted into the gap formed therebetween. In the case where the contact piece (6) is provided on the second rising plate (5), the contact piece (6) is applied to the back surface of the eave ceiling material (51). Then, as described above, the fixing hole (16) of the second fixing piece (15) is partially aligned with an arbitrary intake port (8) formed in the flat plate (7) and fixed. The tool (17) is inserted from the air inlet (8) side, and the flat plate portion (7) and the second fixing piece (15) are joined to fix the ventilation parting member main body (1) to the fixing member (2). .

The ventilation parting member secures a ventilation path (56) from the air inlet (8) formed in the flat plate portion (7) of the main body (1) to the inside of the eave ceiling by the fixing member (2). You. This is because the connecting piece (13) hangs down from the first fixing plate (9) on the fixing member (2), and the step (12) is connected to the lower end of the connecting piece (13). Therefore, the ventilation parting member main body (1) is fixed to the fixing member (2) while maintaining a predetermined interval between the flat plate portion (7) and the first fixing plate portion (9). It is. In addition, the insertion length of the eave ceiling material (51) is regulated by the presence of the connection piece (13), and one end surface of the eave ceiling material (51) is connected to the connection piece (13).
Since the eaves ceiling material (51) cannot be inserted any further when it abuts, the ventilation path (56) is
The reason is that it is not blocked by 1). The ventilation path (56) is not affected at all by the construction accuracy of the eave ceiling material (51).

Further, since this ventilation parting member is installed near the wall of the eaves ceiling, it functions not only as a ventilation member but also as a parting member. Furthermore, in the ventilation parting member, as is clear from the above, there is no need to perform any processing on the building frame side at the time of installation. The fixing member (2), which is also a jig for mounting the ventilation parting member main body (1), is directly mounted on the building skeleton side by the fixing tool (63), and the main body (1) is fixed in such a manner. Attached to member (2).

In the ventilation parting member, one end of the eave ceiling material (51) is inserted between the first fixing plate (9) and the step (12) of the fixing member (2). However, the distance (d shown in FIG. 1) between the first fixing plate part (9) and the step part (12) can be adjusted by the length of the connection piece part (13). As the fixing member (2), a connecting piece (1) having a length corresponding to the thickness of the eave ceiling material (51)
By selecting a material having 3), the restriction on the thickness of the eave ceiling material (51), which has conventionally been a problem, can be eliminated.

As described above, the ventilation parting member has remarkably advanced in workability as compared with the conventional product, realizes excellent workability, and facilitates securing the ventilation path (56). . In addition, in the ventilation parting member, the fixing member (2)
Can be used as a joint member of the main body (1). The mutual connection between the ventilation parting member bodies (1) is made simple and easy, so that the construction can be further reduced and the cost can be reduced.

FIGS. 5A and 5B are perspective views of the essential parts showing the installation of the ventilation parting member at the eaves. As shown in FIGS. 5 <a> and <b>, the ventilation parting member can be installed on the eaves in the same manner as at the wall with good workability, and the ventilation path can be easily secured. .

When the ventilation parting member is installed at the eaves, the side end of the eaves ceiling material (51) on the eaves side is connected to the first fixing plate (9) of the fixing member (2) and the step (12). 4), and is supported by being pinched, unlike the case of the wall-side installation shown in FIG. 4, the eaves ceiling material (51) is directly attached to the nose shield (55) using a fixing tool. Do not fix. However, as described above, the eave ceiling material (51) is supported by the fixing member (2) at the side end on the eave tip side, and at the same time, is fixed to the ridge (52), rafters, and the like by the fastener. When a ventilation parting member is installed at the eaves, the eaves ceiling material (5
There is no possibility that the fixing strength of 1) is reduced.

FIG. 5 <a shows the ventilation parting member.
As shown in <b>, the thermal foaming material (18) which is often used as a fire prevention measure can be incorporated in the ventilation path. This thermal foam material (18) can be arranged, for example, on the bottom plate (3) of the ventilation parting member body (1). FIG. 6 is a sectional view showing another example of the ventilation parting member of the present invention.

The ventilation parting member shown in FIG.
The workability of the ventilation parting member shown in (1) is further improved, and the fixing strength is increased. That is,
In the ventilation parting member, in the fixing member (2), the locking piece (19) is arranged at a height substantially equal to the step (12),
The locking piece (19) is connected to a side end of the second fixed piece (15) opposite to the step (12). The locking piece (19) is preferably connected to the second fixed piece (15) via an elastic piece (20). More preferably, the elastic piece (20) extends obliquely upward from the side edge of the second fixed piece (15), and has a locking piece (19) at its tip.
Is extended. In this case, the second fixing piece (15) is
, And can cross the flat plate portion (7) of the ventilation parting member body (1).

In this ventilation parting member, when the main body (1) is fixed to the fixing member (2), the contact piece (6) connected to the upper end of the second rising plate (5) is locked. It can be placed on one piece (19) and hooked. For this reason, the ventilation parting member main body (1) can be temporarily fixed to the fixing member (2) before joining with the fixing tool (17) shown in FIG. (1) does not fall. Ventilation parting member body (1) at the time of joining with fastener (17)
It is not necessary to attach to the
Workability is improved. Further, since the contact piece (6) is supported from below by the locking piece (19), the fixing strength is increased as compared with the joining using only the fixing tool (17), and the back piece of the eave ceiling material (51) is in contact with the back piece. There is no fear that a gap is formed between them. The effect realized by the locking piece (19) is further enhanced by the elasticity of the elastic piece (20), that is, the upward elastic force by employing the elastic piece (20).

FIGS. 7A, 7B and 7C are cross-sectional views of the essential parts showing the steps of constructing the ventilation parting member shown in FIG. Although this example shows the case where the ventilation parting member is installed near the eave ceiling wall, the attachment and the effect are common to the case where the ventilation parting member is installed at the eaves tip. In the ventilation parting member shown in FIG. 6, the fixing member (2)
Is fixed to the eave ceiling and the eave ceiling material (51) is attached in exactly the same manner as the ventilation parting member shown in FIG. 1 (FIG. 6A).

Then, the fixing member (2) and the eave ceiling material (5)
1) temporarily fixes the ventilation parting member main body (1) to the fixing member (2) in a state where it is fixed to the eave ceiling (FIG. 6 <b>). The contact piece (6) connected to the upper end of the rising plate (5) is arranged on the locking piece (19) of the fixing member (2) and hooked. Next, while the contact piece (6) is hooked on the locking piece (19), the first rising plate (4) is connected to the second fixing plate (10) and the first fixing plate (10) of the fixing member (2). It is inserted into the gap formed between the fixing pieces (11). The contact piece (6) is supported from below by the locking piece (19),
In this state, the ventilation parting member main body (1) does not fall even if the hand is released from the ventilation parting member main body (1) in this state. The ventilation parting member body (1)
Temporarily fixed to the fixing member (2).

Thereafter, as shown in FIG. 6C, the fastener (17) is inserted from the air inlet (8) side, and the flat plate (7) and the second fixing piece (15) are joined. Then, the ventilation parting member main body (1) is fixed to the fixing member (2). This fixation is strong, and the contact piece (6) securely contacts the back surface of the eaves ceiling material (51), so that no gap is generated between them.

FIGS. 8A, 8B and 8C are a front view, a back view, and a side view, respectively, showing an example of a fixing member suitably applied to the ventilation parting member of the present invention. The fixing member (2) illustrated in FIG. 8 has a configuration similar to the two-member configuration illustrated in FIG. That is, the first
The first fixed plate portion (9) and the second fixed plate portion (10)
Are formed, and a second member is formed from the first fixing piece (11), the connecting piece (13), the step (12), and the second fixing piece (14).

Also in this second member, the connecting piece (1) is provided between the first fixing piece (11) and the connecting piece (13).
4) intervenes, but both side edges are independent of the first fixing piece (11) and the connecting piece (13). The first fixing piece (11) and the connection piece (13) are bent so that the upper ends thereof go around inside the connection piece (14), and both side edges of the connection piece (14). It is connected to the inner back surface in the vicinity, and hangs down from here. Preferably, the first fixing piece (11) and the connecting piece (13) are
It extends from the back surface of the connecting piece (14).

On the other hand, on the back surface of the first fixing plate portion (9) provided on the first member, two rail portions (21) having a substantially L-shaped cross section are provided. ) In the length direction. The two rails (21) are separated from each other according to the width of the connecting piece (14), and are symmetrically arranged. A groove (22) is formed between the rails (21).

The connecting piece (21) provided on the second member is fitted into the groove (22), and the first and second ends are locked by the rails (21).
And the second member are joined and integrated to form a fixed member (2). By adopting such a joint structure of the first member and the second member, it is easy to manufacture the fixing member (2), and it is easy to cope with eaves ceiling materials having various thicknesses. That is, the work of welding, welding, bonding, and riveting for manufacturing the fixing member (2) is omitted. In particular, in the case of riveting, it is inevitable that the head protrudes from the surface of the first fixing plate (9), and the protruding rivet head attaches the fixing member (2) to the eaves ceiling. It will be an obstacle when fixing to, making accurate fixing difficult. The joining structure as shown in FIG. 8 eliminates such an obstacle.

Further, the thickness of the eave ceiling material can be dealt with only by the second member. It contributes to improving the workability of ventilation parting members. Such a ventilation parting member can be manufactured by assembling the first member and the second member at, for example, a manufacturing factory thereof. It should be noted that also in the case of the example shown in FIG. 8, the locking piece (1) as shown in FIG.
9) can be connected to the second fixing piece (15),
Further, an elastic piece (20) can be interposed therebetween.

Of course, the present invention is not limited by the above examples. It goes without saying that various aspects are possible for details such as the configuration and structure of the eave ceiling, the material of the ventilation parting member, and the type of fastener used for fixing.

[0042]

As described above in detail, according to the present invention, a ventilation parting member excellent in workability is provided. This ventilation parting member can easily secure the ventilation path.

[Brief description of the drawings]

FIG. 1 is a sectional view showing an example of a ventilation parting member of the present invention.

FIGS. 2A and 2B are main part perspective views of the example shown in FIG.

FIG. 3 is a perspective view showing a more specific example of the fixing member illustrated in FIGS. 1 and 2;

FIG. 4 is a cross-sectional view of a main part illustrating installation of a ventilation parting member near an eave ceiling wall.

FIGS. 5A and 5B are main part perspective views illustrating the installation of the ventilation parting member on the eaves, respectively.

FIG. 6 is a sectional view showing another example of the ventilation parting member of the present invention.

FIGS. 7A and 7B are main-portion cross-sectional views showing steps when the ventilation parting member shown in FIGS.

FIGS. 8A, 8B and 8C are a front view, a back view, and a side view, respectively, showing an example of a fixing member suitably applied to the ventilation parting member of the present invention.

FIG. 9 is a cross-sectional view of a main part showing installation of a ventilation member on an eave ceiling.

FIG. 10 is a perspective view of a main part showing an example of a conventional ventilation member.

FIG. 11 is a cross-sectional view showing another example of a conventional ventilation member.

FIG. 12 is a sectional view showing another example of the conventional ventilation member.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Ventilation parting member main body 2 Fixing member 3 Bottom plate part 4 First rising plate part 5 Second rising plate part 6 Contact piece 7 Flat plate part 8 Inlet 9 First fixing plate part 10 Second fixing plate part 11 1st fixing piece part 12 step part 13 connecting piece part 14 connecting piece part 15 second fixing piece part 16 fixing hole 17 fixing tool 18 thermal foam material 19 locking piece part 20 elastic piece part 21 rail part 22 groove part 51 houses Ceiling material 52 Field edge 53 Exterior wall finishing material 54 Column 55 Nose plate 56 Air passage 61, 62 Fixing hole 63 Fixing tool

Claims (3)

[Claims] 1. A ventilation parting member main body in which first and second rising plate portions are erected at both side edges of a bottom plate portion having a plurality of elongated hole-shaped intake ports extending in a width direction; A first fixing plate portion and a second fixing plate portion hanging down from one side edge thereof, and a first fixing plate portion facing the second fixing plate portion from inside the vicinity of the second fixing plate portion of the first fixing plate portion. Is fixed to the lower end of the connecting piece that also hangs down from the first fixing plate, and a fixing hole is formed at the lower end of the step to open the fixing hole. And a fixing member to which a second fixing piece extending to the opposite side to the fixing piece is connected, wherein the first rising plate portion of the ventilation parting member main body is a second fixing plate portion and a first fixing plate portion of the fixing member. Is inserted into the gap formed between the fixing pieces, and the second fixing piece of the fixing member is connected to the bottom plate of the ventilation parting member. Arranged above, the fixing hole is partially aligned with an arbitrary intake port of the bottom plate part, and the bottom plate part and the second fixing piece part are joined by a fixing tool inserted from the intake port side, so that the ventilation is stopped. A ventilation parting member, wherein a member main body is fixed to a fixing member. 2. A contact piece extending toward the first rising plate portion is connected to an upper end of the second rising plate portion of the ventilation parting member main body, and the fixing member has a height substantially equal to the step portion. The locking piece to be arranged is connected to the side end of the second fixing piece opposite to the step, and when the ventilation parting member main body is fixed to the fixing member, the contact piece is engaged with the fixing member. The ventilation parting member according to claim 1, wherein the ventilation parting member main body is temporarily fixed to the fixing member by being disposed on the stop piece portion and being hooked. 3. The fixing member includes a first member having first and second fixing plates, a first fixing piece, a connecting piece, a step, and a second fixing piece. In the second member, a connection piece is interposed between the first fixed piece and the connection piece, and the first piece is provided on both side edges of the connection piece.
The fixing piece and the connection piece of the first member are respectively droopingly connected, while a groove is formed on the back surface of the first fixing plate of the first member, and the connection piece is fitted into the groove to form the first member. The ventilation parting member according to claim 1, wherein the first and second members are joined and integrated to form a fixed member.