JPH1193392A - Modesty panel - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve resistance to deformation by external force and contrive incursion-prevention of rain water for a building by forming a modesty panel of a thick plate-like non-metal mold member and disposing the modesty panel even in the circumference of a hood positioning it at the same height as the modesty panel. SOLUTION: A modesty panel which is not connected, but continued between a hood 20 and a building frame 17 is disposed. A waterproof part 41 for preventing incursion of water on the rear face side of the modesty panel is provided between the upper part of the modesty panel 10 and the upper projection part of a U-shaped member 43, and a gap forming a non-waterproof part 42 is provided between the modesty panel 10 and the lower projection part 46 of the U-shaped member 43. When setting is performed to drain incursion water, incursion of rainwater and the like can be prevented from the rear face side of the modesty panel 10 to the inside of the building frame 17. Thereby since the modesty panel 10 is formed of a thick plate- like non-metal mold member, it is compared with that formed of a thin metal, when external force is applied from the outside, it is difficult to deform, the external appearance of the modesty panel 10 is maintained good, and incursion of rainwater into the building frame can be prevented.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a curtain plate structure having a curtain plate formed in a horizontal direction along a surface of an outer wall around a building frame.

[0002]

2. Description of the Related Art In the case of a wooden Japanese-style house, a conventional curtain plate has been used to cover a gap generated between an outer wall of a mortar and a girth located on the second floor, for example. Also, in the case of a Western-style house, a curtain plate has been used as an accent in the exterior design of the exterior wall of the building, or for switching the upper and lower colors of the finishing material of the exterior wall of the building.

FIG. 6 is a longitudinal sectional view of a conventional curtain plate structure. The conventional curtain plate 110 has a long box shape as a whole, and is formed by bending a thin metal plate such as a PVC steel plate. The curtain plate 110 was located between the upper end of the first-floor siding 140 and the lower end of the second-floor siding 150, and was fixed to the surface of the wall panel 111.

[0004] Specifically, the curtain plate 110 is located on the front side of the curtain plate 110 and has a long and flat plate-shaped main body 120.
Located on the side of the building frame below the curtain panel body 120, the curtain panel body 1
There was provided a lower fixing member 130 having a substantially U-shaped vertical cross-section fixed between the panel 20 and the wall panel 111. More specifically, the curtain plate main body 120 extends to the upper part thereof, enters the building frame at the lower end of the second floor siding 150, and is fixed to the wall panel 111 via the main body fastening member 125. 12
1, and located in the middle of the height direction, a concave groove 123 formed in a laterally concave shape, located at the lower portion of the curtain plate body 120,
And a lower engaging portion 122 capable of engaging with the lower fixing member 130 of the curtain plate. Further, the lower fixing member 130 of the curtain plate has a wall panel 111 such that a substantially U-shaped member opens toward the outside of the building frame.
Was fixed to. Then, the lower plate fixing member 130
The upper fixing portion 132 is located at the upper portion thereof and is fixed to the concave groove 123 of the curtain plate main body 120 via the fastening member 124. The lower fixing portion 132 is located at the lower portion thereof. And the lower engaged portion 131 that can be engaged. A caulking 151 is formed between the upper part of the curtain plate 110 and the second floor siding 150 to prevent water from entering between them, and the lower part of the curtain plate 110 and the first floor siding 150 Between them, a caulking 141 was formed to prevent water from entering between them.

Although not particularly shown, the curtain plate 110 is formed along the horizontal direction on the outer wall surface of the building frame, for example, between the first and second floors. When the object was formed, the curtain 110 was not formed at the portion where the eaves were formed, but formed so as to sandwich the eaves.

[0006]

However, since the above-mentioned conventional curtain plate structure is formed of a thin sheet metal made of a PVC steel plate, it is easily deformed partially when an external force is applied from the outside. In addition, such deformation is very noticeable even with a slight surface deformation due to reflection of light because the curtain plate 110 is formed as a long object around the building frame,
There was a first problem that the appearance deteriorated.

Further, in the overall appearance of the building frame,
There is a second problem that it is difficult to enhance such an atmosphere if the curtain plate 110 is made of a thin sheet metal made of a PVC steel plate, even if an attempt is made to create a solid feeling and a high-class feeling. In addition, if an eave is formed at a position substantially at the same height as the curtain plate 110, the curtain plate 110 that extends in the lateral direction and is used as an accent in the external design of the outer wall of the building is interrupted by the eaves, There was a third problem that the overall appearance was not good.

The invention according to claim 1 has been made in view of the above-mentioned first to third problems of the conventional technique, and the object thereof is to apply an external force from outside. Even though it is difficult to deform and can maintain a good appearance, it can create a sense of quality and profound feeling, and it is not interrupted by eaves, and the appearance of the entire building is good It is intended to provide.

[0009] In addition, the invention according to claim 2 aims to provide a curtain plate structure having a good appearance by continuously forming a curtain plate between the eaves and the building frame. It is. In addition, the invention described in claim 3 aims to provide a curtain plate structure that can suppress deformation of the curtain plate even if the position of the eaves and the building frame are shifted.

[0010] In addition, the invention according to claim 4 is to provide a curtain plate structure that can be easily attached.
In addition to this, the invention according to claim 5 suppresses water from entering the back side of the curtain plate, allows the entered water to escape from below, and secures the waterproofness of the building frame. It is intended to provide a plate structure.

In addition to the above, according to the present invention, water can be prevented from entering the back side of the curtain plate by the upper projecting portion, and the water flowing downward can be drained by the lower projecting portion. Therefore, it is an object of the present invention to provide a curtain plate structure capable of suppressing the transmission of rainwater along the surface of a building frame.

[0012]

SUMMARY OF THE INVENTION The present invention is to achieve the above object. The invention according to claim 1 is
A curtain plate structure formed in a horizontal direction along the outer wall surface around the building frame (17), wherein the curtain plate (30) is formed of a thick non-metal molded member and has a curtain plate (30). ), Is also formed around the eaves (20) located at the same height as the eaves (20).

[0013] Here, the term "thick plate-shaped non-metal molded member" refers to a member made of a thick plate-shaped non-metal material, which is formed by extrusion molding, injection molding or compression molding using a mold or a die. Refers to a member formed into a predetermined shape by molding processing. Here, the non-metallic material includes, for example, resin, ceramic materials such as ceramics, mortar, glass fiber, cement, and the like. That is, it does not include a thin metal material such as a PVC steel sheet, a wood material, or the like.

According to the present invention, since the curtain plate (30) is formed of a thick non-metal molded member, external force is applied from the outside as compared with the case where the curtain plate (30) is formed of a thin metal plate made of a PVC steel plate. It is difficult to partially deform when added. Thereby, the appearance of the curtain plate (30) viewed from the outside of the building frame can be favorably maintained. Also, because it is formed from a thick plate, compared to those formed from thin metal, etc.
It is easy to create a solid feeling and luxury.

An eave located at the same height as the curtain plate (30)
A curtain plate (30) is also formed around the surface of the building frame (17) because a curtain plate (30) is also formed around (20).
Is not interrupted by the eaves (20).
A curtain plate (30) can be formed around (17). As a result, the curtain plate (30) used as an accent on the outer wall of the building frame (17) can be arranged without interruption around the entire building frame (17), and the appearance of the entire building can be improved. Can be better.

The second aspect of the present invention is the first aspect of the present invention.
In addition to the features described above, a continuous curtain plate (30) is formed between the periphery of the eaves (20) and the periphery of the building frame (17). The present invention, between the eaves (20) and the building frame (17),
The curtain plate (30) is formed continuously. Therefore, there is no gap or break between the curtain plate (30) extending from the eaves (20) and the curtain plate (30) extending from the building frame (17), thereby improving the sense of unity of the entire building. be able to. Thereby, the appearance of the building can be improved.

The third aspect of the present invention is the first aspect of the present invention.
In addition to the features described, an eaves curtain plate (31) for the eaves (20) is formed around the eaves (20), and around the building body (17), for the building body (17). Form a curtain plate for building frame (32), and a curtain plate for eaves (31)
A cushioning and waterproofing member (33) for waterproofing and buffering is formed between the housing and the curtain plate (32) for a building frame. Here, the "buffer waterproofing member (33)" is sandwiched between the curtain plate for eaves (31) and the curtain plate for building frame (32) to prevent rainwater from entering between them. And, even if the position of the curtain plate for eaves (31) and the position of the curtain plate for building frame (32) are displaced, it is possible to absorb such displacement by deforming itself. Good thing. Specifically, it is an elastic material and includes, for example, rubber colored in the same external color as the curtain plate (30), soft resin, various caulking materials, and the like.

According to the present invention, an eaves curtain (31) for the eaves (20) is formed around the eaves (20), and around the eaves (20), A curtain plate (32) for a building frame is formed, and a cushioning waterproof member (33) is sandwiched between them. That is, the curtain plate (30) has a structure separated between the eaves (20) and the building frame (17). For this reason, eaves (20) and building frame (17)
An external force in a different direction is applied to one of the
Even if the position of the building frame (17) is misaligned with the building frame (17), it is necessary to prevent excessive force from being applied to the curtain plate (30) between the eaves (20) and the building frame (17). The deformation due to the external force can be absorbed by the cushioning waterproof member (33). As a result, the curtain plate (30) is forcibly deformed, resulting in poor appearance and damage due to the deformation, and the building frame (17)
, And can maintain stable appearance and quality for a long period of time.

The cushioning and waterproofing member (33) is used as an eaves curtain plate.
(31) and the building frame (32) are formed between the eaves (31) and the building frame (32) to prevent rainwater from entering. As a result, infiltration of rainwater into the building frame (17) can be suppressed. According to the invention of claim 4, in addition to the above-mentioned features of claim 1, claim 2, or claim 3, water around the eaves (20) is suppressed from entering the inside of the building frame (17). Waterproof surface (40) is formed, curtain plate (30)
Is formed on the side opposite to the building frame (17) of the waterproof surface (40).

Here, the "waterproof surface (40)" is located between the building frame (17) and the outside, and the building frame (1) is positioned from the outside.
This means a planar shape that is continuously formed around the building frame (17) so that rainwater and the like can be prevented from entering the interior of (7). Specifically, it includes a thin sheet metal such as a waterproof sheet, a PVC steel sheet, and various caulking materials, rubber packing, and the like, and is formed around the building frame (17) by combining these. Is included.

The present invention relates to a waterproof surface formed around an eave (20).
A curtain plate (30) is formed on the side opposite to the building frame of (40). For this reason, it is not necessary to perfect the waterproofing treatment between the curtain plate (30) and the surrounding members of the curtain plate (30), and the waterproofing work between the curtain plate (30) and its surroundings is facilitated. Thus, the mounting work of the curtain plate (30) can be simplified. The invention according to claim 5 is characterized in that, in addition to the above-described features of claim 4, between the upper part of the curtain plate (30) and the waterproof surface (40), the curtain plate (30) extends from between them.
A waterproof section (41) is formed on the back side of the board to prevent water from entering, and between the lower part of the curtain plate (30) and the waterproof face (40), water that has entered between them escapes downward. A non-waterproof portion (42) is formed.

Here, the "waterproof part (41)" is a curtain plate (3
What is necessary is just to be formed between the upper part of (0) and the waterproof surface (40) so as to prevent rainwater from entering between them. Specifically, it includes, for example, caulking, rubber packing, a waterproof sealing material, and the like. Here, the `` non-waterproof portion (42) '' may be formed so that water flows downward from between the lower portion of the curtain plate (30) and the waterproof surface (40). . Specifically, there is no gap such as a “waterproof part (41)” formed between them, and a gap or a groove through which water can flow from between them, and a channel or groove through which water can flow. And the like forming the same.

According to the present invention, since the waterproof portion (41) is formed between the upper portion of the curtain plate (30) and the waterproof surface (40), the upper portion of the curtain plate (30) It is possible to prevent rainwater or the like from entering toward the back side of the battery. Accordingly, it is possible to prevent rainwater or the like from entering the inside of the building frame (17) from the back surface side of the curtain plate (30), and it is possible to ensure waterproofness of the building frame (17).

Further, since the non-waterproof portion (42) is formed between the lower portion of the curtain plate (30) and the waterproof surface (40), even if water enters the back side of the curtain plate (30), Remove the water that has entered into the non-waterproof section (4
2) You can escape downward. As a result, water does not accumulate between the back side of the curtain plate (30) and the waterproof surface (40), and it is possible to suppress the occurrence of mold and the like on the back side of the curtain plate (30). The back side of the plate (30) is less likely to be soiled, and a good sanitary condition can be maintained.

The invention according to claim 6 is the above-described claim 4.
Or, in addition to the features of claim 5, a U-shaped member having a U-shaped waterproof surface (40) in a vertical cross-section around the eaves (20).
(43), this U-shaped member (43) is an anti-building skeleton (17)
Opening sideways to the side and interior curtain plate (30)
A concave storage recess (44) that can store
The upper projecting part (45) that covers the upper part of the building and projects laterally on the side opposite to the building skeleton (17), and covers the lower part of the storage recess (44) and faces laterally on the side opposite the building skeleton (17). And a lower protruding portion (46) that protrudes.

In the present invention, the upper protruding portion (45) covers the upper side of the storage recess (44) storing the curtain plate (30) and protrudes in the lateral direction on the side opposite to the building frame. For this reason, the rainwater flowing from above the eaves (20) is guided along the surface of the upper protruding portion (45) in the lateral direction on the side opposite to the building frame, and the rainwater is transmitted to the curtain plate (30). It is possible to suppress the water from directly flowing down to the upper end face. Thereby, it is possible to suppress rainwater from entering the back side of the curtain plate (30), and to prevent rainwater from entering the inside of the building frame (17) from the back side of the curtain plate (30), The waterproofness of the building frame (17) can be secured.

A lower protruding portion (46) covers a lower portion of the storage recess (44) storing the curtain plate (30) and protrudes in a lateral direction on the side opposite to the building frame. For this reason, the storage recess (44)
The rainwater that has entered the inside is guided along the surface of the lower protrusion (46) in the lateral direction on the opposite side of the building frame, and falls downward by the tip of the lower protrusion (46), So-called drainage can be done. As a result, it is possible to prevent rainwater from transmitting along the surface of the building frame (17) and falling down, and to prevent rainwater from entering the inside of the building frame (17). Waterproofness can be secured.

[0028]

Embodiments of the present invention will be described below in more detail with reference to the drawings. 1 to 4 show a first embodiment of the present invention, FIG. 1 is a longitudinal sectional view of a curtain plate structure, FIG. 2 is a partially enlarged longitudinal sectional view of a curtain plate structure,
FIG. 3 is a longitudinal sectional view of the curtain plate attached to the outer wall, and FIG. 4 is an external perspective view of the curtain plate structure.

First, the configuration of the present embodiment will be described. In the curtain plate structure according to the present embodiment, the curtain plate 30 is formed in the horizontal direction along the outer wall surface around the building frame 17. The curtain plate 30 is characterized by being formed of a thick plate-shaped non-metal molded member and also formed around the eaves 20 located at the same height as the curtain plate 30. Specifically, this curtain plate 30 is made of ceramic made of the same material as that of ceramics.

As shown in FIG. 4, on both sides and the front surface of the eaves 20, the same one as the curtain plate 30 formed around the building frame 17 is formed. Furthermore, a continuous curtain plate 30 is formed between the periphery of the eaves 20 and the periphery of the building frame 17. In other words, instead of connecting separate separate curtain plates 30 between the eaves 20 and the building frame 17, an integrated curtain plate 30 is arranged so as to pass between the eaves 20 and the building frame 17. Is what you are doing.

The eaves 20 have a substantially square shape in plan view, and project laterally outward of the building frame 17. The eave 20 has a roof 21 formed on the upper surface, which is inclined downward toward the side opposite to the building frame, and a groove-shaped gutter 52 is formed along the front end of the roof 21. The lower end of the second-floor siding 14 is in contact with the upper side of the eaves 20 on the side of the building frame 17 and is waterproofed. The second-floor siding 14 is fixed to a surface of a wooden rim 16 formed in a lateral direction on a surface of the wall panel 11. On the lower surface of the eave 20, an eave ceiling 50 covering the entire lower surface is provided with a ridge 51.
Supported by Around the eaves 20, a waterproof surface 40 for suppressing water from entering the inside of the building frame 17 is formed, and the curtain plate 30 is formed on the waterproof surface 40 on the side opposite to the building frame 17.

More specifically, the waterproof surface 40 includes a U-shaped member 43 made of a sheet metal and having a U-shaped vertical cross section. As shown in FIGS. 1 and 2, the U-shaped member 43 is located at the front end of the eave 20, opens in the lateral direction on the side opposite to the building frame 17, and has the curtain plate 30 inside. A concave storage recess 44 capable of storing therein, and an upper protruding portion that covers the upper side of the storage recess 44 and protrudes in the lateral direction on the side opposite to the building frame 17.
45 and a lower protruding portion 46 that covers the lower side of the storage recess 44 and protrudes in the lateral direction on the side opposite to the building frame 17. Although not particularly shown, the waterproof surface 40 is provided with the U-shaped member 43.
Are formed continuously around the eaves 20 by a plurality of waterproof sheets or caulking, and are formed such that rainwater or the like cannot enter the inside of the building frame 17. . Further, substantially the same as those described above are also formed on both side surfaces of the eaves 20, and the curtain plate 30 covers the periphery of the eaves 20.

Then, between the upper part of the curtain plate 30 and the upper protruding portion 45 of the U-shaped member 43 forming the waterproof surface 40, it is necessary to prevent water from entering the back surface of the curtain plate 30 from between them. Waterproof part 41 to hold down
Is formed. Specifically, the waterproof portion 41 includes a caulking 47 and a backup material for holding the caulking 47.
48 and formed from. Also, the lower part of the curtain plate 30 and the waterproof surface
A non-waterproof portion is provided between the U-shaped member 43 and the lower protruding portion 46 forming the 40 to allow water that has entered between them to escape downward.
42 are formed. This non-waterproof portion 42 is, specifically, a gap formed between the lower portion of the curtain plate 30 and the lower projecting portion 46 of the U-shaped member 43, and this gap serves as a water passage, Curtain
It is set so that water that has entered the back side of 30 can escape downward.

A long adjusting member 53 made of a wood material is fixed horizontally in the U-shaped member 43 in the vertical direction. The curtain plate 30 is fixed to the outside of the adjusting member 53 via a fastening member 54. Further, the curtain plate 30 formed around the building frame 17 is, as shown in FIG.
It is fixed to a building frame 17 via a fastening member 54 on a body edge 16 fixed to the surface of 11. In this case, between the upper end of the curtain plate 30 and the siding 14 for the second floor, a caulking 47 for suppressing water from entering the building frame 17 and a caulking 47
A backup material 48 for holding 47 is formed. Similarly, between the lower end of the curtain plate 30 and the first-floor siding 12, a caulk 47 for suppressing water from entering the building frame 17 and a backup material 48 are formed.

Next, the operation and effect of the above embodiment will be described. In the present embodiment, since the curtain plate 30 is formed of a thick plate-shaped nonmetal molded member, compared with a case where the curtain plate 30 is formed of a thin metal plate made of a PVC steel plate,
It is difficult to partially deform when external force is applied from outside. Thereby, the appearance of the curtain plate 30 viewed from the outside of the building frame can be favorably maintained.

Further, since the curtain plate 30 is formed of a thick plate, a dignified feeling and a high-grade feeling can be easily brought out as compared with those formed of a thin metal plate or the like.
And also around the eaves 20 located at the same height as the curtain plate 30,
Because the curtain plate 30 is formed, the curtain plate 30 formed in the horizontal direction along the surface of the building frame 17 is not interrupted by the eaves 20, and the curtain plate 30 is formed around the building frame 17 can do. As a result, the curtain plate 30 used as an accent on the exterior of the building frame 17 is replaced with the building frame 17.
Can be arranged without interruption on the entire periphery of the building, and the appearance of the whole building can be improved.

In this embodiment, the eaves 20 and the building
Between them, the curtain plate 30 is formed continuously. That is, at those boundaries, without separating the curtain plates 30 from each other,
An integral curtain plate 30 is formed so as to pass between them.
Therefore, there is no gap or break between the eaves 20 and the curtain plate 30 between the building frame 17 and the sense of unity of the whole building can be improved. Thereby, the appearance of the building can be improved.

In this embodiment, the curtain plate 30 is formed on the side opposite to the building frame of the waterproof surface 40 having the U-shaped member 43 formed around the eaves 20. For this reason, it is not necessary to make the waterproofing treatment between the curtain plate 30 and the surrounding members of the curtain plate 30 perfect, and the waterproofing work between the curtain plate 30 and its surroundings can be facilitated. Can be simplified.

In the present embodiment, since the waterproof portion 41 is formed between the upper portion of the curtain plate 30 and the upper protruding portion 45 of the U-shaped member 43 which is the waterproof surface 40, the upper portion of the curtain plate 30 Rainwater or the like can be suppressed from entering between the upper protruding portion 45 and the rear surface side of the curtain plate 30. Thereby, it is possible to prevent rainwater or the like from entering the inside of the building frame 17 from the back side of the curtain plate 30, and it is possible to ensure the waterproofness of the building frame 17.

The upper protruding portion 45 covers the upper side of the storage recess 44 in which the curtain plate 30 is stored, and protrudes in the lateral direction on the side opposite to the building frame. For this reason, the rainwater flowing from above the eaves 20 is guided along the surface of the upper projecting portion 45 in the lateral direction on the side opposite to the building frame, and the rainwater is
It is possible to prevent the water from directly flowing down to the upper end surface of the thirty. As a result, it is possible to prevent rainwater from entering the back side of the curtain plate 30, and to prevent rainwater from entering the inside of the building frame 17 from the back surface side of the curtain plate 30. Can be secured.

Further, since the non-waterproof portion 42 is formed between the lower portion of the curtain plate 30 and the lower protruding portion 46 of the U-shaped member 43 which is the waterproof surface 40, the back surface of the curtain plate 30 Even if the water enters, the water that has entered can escape downward from the non-waterproof portion 42. Thereby, the back side of the curtain plate 30 and the U-shaped member 43
Water does not accumulate in between, and it is possible to suppress the occurrence of mold and the like on the back side of the curtain plate 30, the back surface side of the curtain plate 30 is less likely to become dirty, and it is possible to maintain a good sanitary condition. it can.

The lower protruding portion 46 covers the lower side of the storage recess 44 in which the curtain plate 30 is stored, and protrudes in the lateral direction on the side opposite to the building frame. For this reason, the rainwater that has entered the inside of the storage recess 44 is guided along the surface of the lower protrusion 46 in the lateral direction on the side opposite to the building frame, and
With the tip of 46, it falls down and can drain water. As a result, it is possible to suppress rainwater from being transmitted along the surface of the building skeleton 17, and to prevent rainwater from entering the inside of the building skeleton 17, thereby ensuring the waterproofness of the building skeleton 17. Can be.

Next, a second embodiment will be described. FIG. 5 is a second embodiment of the present invention and shows an external perspective view of a curtain plate structure. In this embodiment,
Around the eaves 20, an eaves curtain plate 31 for the eaves 20 is formed. Around the building frame 17, a building frame curtain 32 for the building frame 17 is formed. A cushioning / waterproof member 33 made of a soft resin for waterproofing and cushioning is formed between the frame 32 and the frame 32.

The eaves curtain plate 31 and the building frame curtain plate 32 have the same longitudinal cross-sectional shape and material. The only difference between the two is that the length in the longitudinal direction is different. In the present embodiment, around the eaves 20, the eaves curtain plate 31 for the eaves 20 is formed, and around the building frame 17, a building frame curtain 32 for the building frame 17 is formed. The cushioning waterproof member 33 is sandwiched between them. That is, the curtain plate 30 is
And the building frame 17 is separated. For this reason, even if an external force in a different direction is applied to one of the eaves 20 and the building frame 17, the position of the eaves 20 and the building frame 17 may be shifted, but the With curtain plate 30
It is possible to suppress that an unreasonable external force is applied to the device. Further, the deformation due to the external force can be absorbed by the cushioning waterproof member 33. Thereby, it is possible to suppress that the curtain plate 30 is forcibly deformed, which may cause poor appearance, damage due to deformation, or detachment from the building frame 17, and maintain a stable appearance and quality for a long period of time. be able to.

Further, the cushioning waterproof member 33 is used as the eaves curtain plate 31.
And the building frame 32, it is possible to prevent rainwater from entering between the eaves curtain 31 and the building frame 32, and to the inside of the building frame 17. Rainwater can be suppressed.

[0046]

Since the present invention is configured as described above, it has the following effects. Claim 1
According to the described invention, even when external force is applied from the outside, it is difficult to deform, it can maintain a good appearance, it can produce a sense of quality and profound feeling, and it can be interrupted on the way by eaves Therefore, it is possible to provide a curtain plate structure with a good appearance of the whole building.

According to the second aspect of the present invention, a curtain plate structure having a good appearance can be provided by continuously forming the curtain plate between the eaves and the building frame. According to the third aspect of the present invention, it is possible to provide a curtain plate structure that can suppress deformation of the curtain plate even if the position of the eaves and the building frame are shifted. According to the fourth aspect of the present invention, it is possible to provide a curtain plate structure that can be easily attached.

According to the fifth aspect of the present invention, it is possible to prevent water from entering the back side of the curtain plate and to allow the entered water to escape from below, thereby ensuring the waterproofness of the building frame. A curtain plate structure can be provided. Claim 6
According to the invention described above, it is possible to prevent water from entering the back side of the curtain plate by the upper protruding portion, and to drain the water flowing downward by the lower protruding portion, so that rainwater is transmitted to the building frame. This makes it possible to provide a curtain plate structure that can suppress the occurrence of an accident.

[Brief description of the drawings]

FIG. 1 is a longitudinal sectional view showing a curtain plate structure according to a first embodiment of the present invention.

FIG. 2 is a partially enlarged longitudinal sectional view showing a curtain plate structure according to the first embodiment of the present invention.

FIG. 3 is a longitudinal sectional view showing a curtain plate attached to an outer wall according to the first embodiment of the present invention.

FIG. 4 is an external perspective view showing a curtain plate structure according to the first embodiment of the present invention.

FIG. 5 is a second embodiment of the present invention, and is an external perspective view showing a curtain plate structure.

FIG. 6 is a longitudinal sectional view showing a conventional curtain plate structure.

[Explanation of symbols]

10 Curtain board 11 Wall panel 12 First-floor siding 14 Second-floor siding 16 Hull edge 17 Building frame 20 Eaves 21 Roof 30 Curtain plate 31 Eaves curtain plate 32 Building frame curtain 33 Non-waterproof part 43 U-shaped member 44 Storage concave part 45 Upper protrusion part 46 Lower protrusion part 47 Caulking 48 Backup material 50 Eaves ceiling 51 Field edge 52 Gutter 53 Adjusting member 54 Fastening member 110 Curtain plate 111 Wall panel 120 Curtain plate main body 121 Extension portion 122 Lower engaging portion 123 Depressed groove 124 Fastening member 125 Main body fastening member 130 Curtain plate lower fixing member 131 Lower engaged portion 132 Upper fixing portion 133 Fastening member for fixing member 140 First floor siding 141 Caulking 150 Second floor Siding 151 caulking

Claims (6)

[Claims] 1. A curtain plate structure formed horizontally along an outer wall surface around a building frame, wherein the curtain plate is formed of a thick non-metal molded member and has the same height as the curtain plate. The curtain plate structure, which is also formed around the eaves located at the bottom. 2. Between the periphery of the eaves and the periphery of the building frame,
The curtain plate structure according to claim 1, wherein a continuous curtain plate is formed. 3. An eaves curtain for the eaves is formed around the eaves, and a building frame for the building is formed around the buildings. 2. A curtain plate structure according to claim 1, wherein a cushioning waterproof member for waterproofing and cushioning is formed between the curtain plate and the curtain plate. 4. A waterproof surface is formed around the eaves to prevent water from entering the inside of the building frame, and a curtain plate is formed on a side of the waterproof surface opposite to the building frame. The curtain plate structure according to claim 1, 2, or 3. 5. A waterproof portion is formed between the upper portion of the curtain plate and the waterproof surface to prevent water from entering the back surface of the curtain plate from between the upper portion and the waterproof surface. The curtain plate structure according to claim 4, wherein a non-waterproof portion is formed between the first and second members to allow water that has entered between them to escape downward. 6. A U-shaped member having a U-shaped waterproof surface in vertical section is formed around the eaves, and the U-shaped member opens in a lateral direction on the side opposite to the building frame. And a concave storage recess capable of storing a curtain plate therein, an upper protruding portion that covers the upper side of the storage recess and protrudes in the lateral direction on the side opposite to the building skeleton, and covers a lower portion of the storage recess and has a lower anti-building body. The curtain plate structure according to claim 4 or 5, further comprising a lower protruding portion that protrudes in a lateral direction on a side.