RU110399U1 - WALL SURFACE DESIGN - Google Patents

Abstract

 1. Wall surface construction, including:! hat-shaped butt connecting profile, and! structural panel in which! the specified profile contains a mounting plate and a decorative element,! the structural panel contains a butt decorative element linearly extending along its surface,! the joint on which the decorative element of the specified profile forms the decorative surface, and the joint on which the butt decorative element of the structural panel forms the decorative surface, are formed in one direction by placing the structural panels to the right and left or above and below the decorative element of the specified profile, a! the width of the joint formed by the decorative element of the specified profile is equal to the width of the butt decorative elements formed on the surface of the structural panels. ! 2. Wall surface construction, including:! hat-shaped butt connecting profile! and structural panel in which! the specified profile contains a mounting plate and a decorative element,! the structural panel contains a butt decorative element linearly extending along its surface,! the color of the decorative element of the specified profile is identical to the color of the butt decorative element of the structural panel,! the joint on which the decorative element of the specified profile forms the decorative surface, and the joint on which the butt decorative element of the structural panel forms the decorative surface, are formed in one direction by placing the structural panels to the right and left or above and below the decorative element of the indicated�

Description

FIELD OF TECHNOLOGY

This utility model relates to a wall surface structure that is included in an internal or external wall of a building.

BACKGROUND

Typically, the internal and external walls of a building are formed by attaching structural panels to the structural frame of the building. At the joints of the structural panels, a sealing material is used to prevent changes in the dimensions of the structural panels that occur over time, as well as the water resistance of these structural panels.

Japanese Patent Application Publication No. 2003-343024 discloses the use of a hat-shaped butt joint profile having a longitudinal protrusion between the end surfaces of adjacent external face elements and forming a joint by applying a sealing material to a portion formed between the front surface of said longitudinal protrusion and the end surface of the outer facial elements.

However, a joint formed by applying a sealing material is usually noticeable, which is a problem. In addition, characteristics such as durability, sealing, waterproofing and others deteriorate over time, which is also a problem. Moreover, due to the fading that occurs over time, the appearance deteriorates, which necessitates the restoration and / or updating of the destroyed sealing material.

Accordingly, Japanese Patent Application Publication No. 2003-328529 discloses a vertical butt joint structure in which side panels are placed on a butt joint profile on which a waterproof material is applied so that the ends of the side panels are butt-joined to each other.

According to Japanese Patent Application Publication No. 2003-328529, this structure does not require the use of a sealing material. Therefore, there is no such problem as the visibility of the joints formed during the use of the sealing material, and over time there is no need to restore or update the destroyed sealing material. However, it is difficult to produce side panels with a sufficient degree of accuracy in order to eliminate the possibility of gaps when connecting these panels end-to-end with other side panels, so the butt sections of the side panels are usually noticeable. In addition, side panel sizes change over time, and, among other problems, there is an increase in small gaps.

ESSENCE OF A USEFUL MODEL

The present utility model provides a wall surface structure that does not contain a sealing material, and in which the butt portion between the structural panels is invisible.

The wall surface structure includes a hat-shaped butt joint profile and structural panel. The hat-shaped butt joint profile comprises a mounting plate and a decorative element, the structural panel contains a butt decorative element linearly extending along its surface. The joint at which the decorative element of the hat-shaped butt joint profile forms a decorative surface, as well as the joint at which the butt decorative element of the indicated structural panel forms a decorative surface, are formed in the same direction by placing the indicated structural panels to the right and left, or above and below decorative element hat-shaped butt joint profile. According to the present utility model, the width of the joint formed by the decorative element of the hat-shaped butt joint profile is equal to the width of each butt decorative element formed on the surface of the structural panels. In another embodiment, the color of the decorative element of the hat-shaped butt joint profile is identical to the color of each butt decorative element of each structural panel. Thus, the joint in which the decorative element of the hat-shaped butt joint profile forms a decorative surface is indistinguishable from the butt decorative element of the surface of the structural panels, therefore, the specified joint is invisible. In addition, in this case, do not use a sealing material, therefore, from time to time there is no problem of destruction of the sealing material and, as a result, there is no need for restoration or updating. Structural panels are positioned so that there is a gap between them, so resizing of structural panels is invisible and does not present problems.

In a wall surface structure, according to the present utility model, the upper part of the decorative element of the hat-shaped butt joint profile can be located flush with the upper parts of the surfaces of adjacent structural panels at the same height with these upper parts or above these surfaces. The upper part of the decorative element of the hat-shaped butt joint profile is preferably located above the front surfaces of the adjacent structural panels, since the unevenness between the structural panels, in this case, becomes invisible. This means that the unevenness between the structural panels becomes invisible by placing the upper part of the decorative element of the hat-shaped butt joint profile at a higher level, even if the thickness of the structural panels adjacent to both sides of the hat-shaped butt joint profile is different.

Accordingly, the upper part of the decorative element of the hat-shaped butt joint profile may be located lower than the surfaces of adjacent structural panels. In this case, the unevenness between the structural panels also becomes invisible.

The butt decorative elements of structural panels can be formed by coating or by forming protrusions and / or recesses, or by a combination of the above methods.

In addition, the surface edge of the structural panel may be chamfered in the joint area formed by the decorative element of the hat-shaped butt joint profile and the structural panel. In this case, for butt decorative elements of structural panels, a shape identical to the bevel of the edge of the surface of the structural panel is preferable, and this shape should be formed in the same direction as the bevel. As a result, the joint in which the decorative element of the hat-shaped butt joint profile forms a decorative surface is indistinguishable from each of the butt decorative elements on the surface of each of the structural panels, and thus, the joint is invisible.

The present utility model provides a wall surface structure that does not contain a sealing material, and in which the butt portion between the structural panels is invisible.

BRIEF DESCRIPTION OF THE DRAWINGS

Figure 1 shows a top view of a wall surface structure according to one example of the implementation of the present utility model;

Figure 2 shows a front view of the wall surface structure shown in figure 1;

Figure 3 shows a perspective view of the hat-shaped butt joint profile of the wall surface structure shown in figures 1 and 2;

Figure 4 shows a top view of a wall surface structure according to another example implementation of the present utility model;

Figure 5 shows a top view of a wall surface structure according to another example implementation of this utility model

Figure 6 shows a top view of a wall surface structure according to another example implementation of the present utility model;

FIG. 7 is a front view of the wall surface structure shown in FIG. 6;

On Fig shows a top view of a wall surface structure according to another example implementation of the present utility model;

Figure 9 shows a top view of a wall surface structure according to another example implementation of the present utility model;

Figure 10 shows a top view of a wall surface structure according to another example implementation of the present utility model;

11 shows a top view of a wall surface structure according to another example implementation of the present utility model.

DESCRIPTION OF PREFERRED EMBODIMENTS

The following is a more detailed description of the present utility model based on the accompanying drawings.

1 and 2, according to one example of the implementation of the present utility model, a top view and a front view of a wall surface structure are shown.

Figure 3 shows a perspective view of the hat-shaped butt joint profile of the wall surface structure shown in figure 1 and figure 2.

The wall surface structure shown in FIGS. 1 and 2 includes a hat-shaped butt joint profile A1 and structural panels B1.

The hat-shaped butt joint profile A1 comprises a structural member a11, connecting members a12 and mounting plates a13, and is an elongated part shown in FIG. 3. Decorative element a11 is the most protruding portion of the hat-shaped butt joint profile A1. The connecting elements a12, a12 extend downward from the right and left ends of the decorative element a11, each of the fixing plates a13, a13 runs horizontally to the right and left of them. Covering films b11 are applied on the surface of structural panels B1 as a butt decorative element so that they intersect said panels vertically up and down. The horizontal width of the cover films b11 and the decorative element a11 of the hat-shaped butt joint profile A1 are equal. In addition, the color of the hat-shaped butt joint profile A1 coincides with the color of the decorative element a11.

In the wall surface structure shown in FIGS. 1 and 2, both structural panels B1, B1 are attached on the right and left sides to the hat-shaped butt joint profile A1 attached to the structural frame (not shown) in the part where it is adjacent to its surface back surfaces of mounting plates a13. Both structural panels B1, B1 are attached so that between them and the mounting plates there are several millimeters for applying a ventilation layer to their rear surface. When viewed from the front of the wall surface structure, it can be seen that the joint is formed by a single configuration of the cover films b11 of the structural panels B1 and the decorative element a11 of the hat-shaped butt joint profile A1 shown in FIG. 2. However, the horizontal width and color of the cover films b11 and the decorative element a11 of the hat-shaped butt joint profile A1 are the same, and the cover films b11 are parallel to the butt element a11. Thus, the corresponding joints are difficult to distinguish, and the butt section between the structural panels B1, B1 is invisible. Since the sealing material is not applied to the butt section between the structural panels B1, B1, the sealing material does not break with time. The consequence of this is not the need for restoration or updating. Decorative element a11 hat-shaped butt joint profile A1 is located at a height that matches the height of the surface of the structural panels B1, B1, so the butt section between the structural panels B1, B1 is invisible.

Figure 4, according to another example implementation of the present utility model, shows a top view of a wall surface structure.

The wall surface structure shown in FIG. 4 includes a hat-shaped butt joint profile A2 and structural panels B2. The hat-shaped butt connecting profiles A1 (shown in FIG. 3) and A2 are identical, the latter comprising a decorative element a21, connecting elements a22 and mounting plates a23. Structural panels B1 (shown in FIG. 1 and FIG. 2) and B2 are identical, with the latter having several coating films b21 deposited on their surface as a butt decorative element. However, the surface positions of the structural panels B2 and the hat-shaped butt joint profile A2 are different from similar positions in the wall surface structure shown in FIG. 1 and FIG. 2. In the wall surface structure shown in FIG. 4, the decorative element a21 of the hat-shaped butt joint profile A2 is placed lower than the surface of the structural panels B2, B2. However, the horizontal width and color of the cover films b21 and the decorative element a21 of the hat-shaped butt joint profile A2 of the wall surface structure are the same, and the cover films b21 are parallel to the butt element a21. Thus, the corresponding joints are difficult to distinguish, and the butt section between the structural panels B2, B2 is invisible. As the sealing material is not applied to the butt section between the structural panels B2, B2, then over time the sealing material does not break. As a result, there is no need to restore or update. The decorative element a21 of the hat-shaped butt joint profile A2 is located below the surface of the structural panels B2, B2, so any unevenness that may occur between the structural panels B2, B2 becomes invisible.

Figure 5, according to another example implementation of the present utility model, shows a top view of a wall surface structure.

The wall surface structure shown in FIG. 5 includes a hat-shaped butt joint profile A3 and structural panels B3. The hat-shaped butt connecting profiles A1 (shown in FIG. 3) and A3 are identical, the latter comprising a decorative element a31, connecting elements a32 and mounting plates a33. However, the structural panels B1 (shown in FIG. 1 and FIG. 2) and B3 are different from each other, since the butt decorative element of the latter, according to this implementation example, is formed by recesses b31. The recesses b31 are formed in some quantity on the surface of the structural panels B3 so as to intersect said panels vertically up and down. The horizontal width of the recesses b31 and the decorative element a31 of the hat-shaped butt joint profile A3 are equal. In the wall surface structure shown in FIG. 5, the surface positions of the structural panels B3 and the hat-shaped butt joint profile A3 are different from the same positions in the wall surface structure shown in FIG. 1 and FIG. 2. In the wall surface structure shown in FIG. 5, the surface height of the decorative element a31 of the hat-shaped butt joint profile A3 and the surface height of the recesses b31 of the structural panels B3, B3 are the same. Thus, in the wall surface structure shown in FIG. 5, the butt portion between the structural panels B3, B3 is invisible. In addition, in the wall surface structure, according to this implementation example, the horizontal width of the recesses b31 and the decorative element a31 of the hat-shaped butt joint profile A3 are equal. Thus, the corresponding joints are indistinguishable, and the butt section between structural panels B3, B3 is invisible. Since the sealing material is not applied to the butt section between the structural panels B3, B3, its destruction does not occur over time. As a result, there is no need to restore or update.

6 and 7, according to another example implementation of the present utility model, a top view and a front view of a wall surface structure are shown.

The wall surface structure shown in FIG. 6 and FIG. 7 includes a hat-shaped butt joint profile A4 and structural panels B4. The hat-shaped butt joint profile A1 (shown in FIG. 3) and A4 are identical, the latter comprising a decorative element a41, connecting elements a42 and mounting plates a43. However, structural panels B1 (shown in FIG. 1 and FIG. 2) and B4 are different from each other, since the butt decorative element of the latter, according to this implementation example, is formed by recesses b41 and bevels b42, b43. The recesses b41 and the bevels b42, b43 are formed in some quantity on the surface of the structural panels B4 so as to intersect the said panels vertically up and down. The horizontal width and color of the recesses b41 and the decorative element a41 of the hat-shaped butt joint profile A4 are the same. The beveled elements b44, b45 are made from the left and right edges of the surface of the structural panels B4 so that they intersect these panels vertically up and down. The horizontal width and color of bevels b42, b43 and beveled elements b44, b45 are the same. In the wall surface structure shown in FIG. 6 and FIG. 7, the surface positions of the structural panels B4 and the hat-shaped butt joint profile A4 are different from similar positions in the wall surface structure shown in FIG. 1 and FIG. 2. In the indicated wall surface structure shown in FIGS. 6 and 7, the surface height of the decorative element a41 of the hat-shaped butt joint profile A4 and the recesses b41 of the structural panels B4, B4 are equal. Thus, in the indicated wall surface structure, the butt portion between the structural panels B4, B4 is invisible. In addition, in the wall surface structure, the horizontal width of the recesses b41 and the decorative element a41 of the hat-shaped butt joint profile A4 are equal. The horizontal width and color of bevels b42, b43 and beveled elements b44, b45 are the same. Thus, the corresponding joints are indistinguishable, and the butt section between the structural panels B4, B4 is invisible. Since the sealing material is not applied to the butt section between the structural panels B4, B4, its destruction does not occur over time. As a result, there is no need to restore or update. In addition, due to the presence of beveled elements b44, b45 from the left and right edges of the surface of structural panels B4, the occurrence of damage is reduced.

On Fig, according to another example implementation of the present utility model, a top view of a wall surface structure is shown.

The wall surface structure shown in FIG. 8 includes a hat-shaped butt joint profile A5 and structural panels B5. The hat-shaped butt connecting profiles A1 (shown in FIG. 3) and A5 are identical, the latter comprising a decorative element a51, connecting elements a52 and mounting plates a53. Structural panels B1 (shown in FIG. 1 and FIG. 2) and B5 are identical, with the latter having several cover films b51 formed on their surface as a butt decorative element. However, in the wall surface structure shown in FIG. 8, the surface positions of the structural panels B5 and the hat-shaped butt joint profile A5 are different from similar positions in the wall surface structure shown in FIG. 1 and FIG. 2. In the wall surface structure shown in Fig. 8, the decorative element a51 of the hat-shaped butt joint profile A5 is placed above the surfaces of the structural panels B5, B5. However, the horizontal width and color of the cover films b51 and the decorative element a51 of the hat-shaped butt joint profile A5 of the indicated wall surface structure are the same, and the cover films b51 are parallel to the butt element a51. Consequently, the corresponding joints are difficult to distinguish, and the butt section between the structural panels B5, B5 is invisible. Since the sealing material is not applied to the butt section between structural panels B5, B5, its destruction does not occur over time. As a result, there is no need to restore or update. The decorative element a51 of the hat-shaped butt joint profile A5 is placed above the surfaces of the structural panels B5, B5, so any unevenness that may occur between the structural panels B5, B5 is invisible.

Figure 9, according to another example implementation of the present utility model, shows a top view of a wall surface structure.

The wall surface structure shown in FIG. 9 includes a hat-shaped butt joint profile A6 and structural panels B6. The hat-shaped butt connecting profiles A1 (shown in FIG. 3) and A6 are identical, the latter comprising a decorative element a61, connecting elements a62 and mounting plates a63. However, the structural panels B1 (shown in FIG. 1 and FIG. 2) and B6 are different from each other, since the butt decorative element of the latter, according to this implementation example, is formed by protrusions b61. The protrusions b61 are formed in some quantity on the surface of the structural panels B6 so that they intersect these panels vertically up and down. The horizontal width of the protrusions b61 and the decorative element a61 of the hat-shaped butt joint profile A6 are equal. A coating is applied to the surface of the projections b61, the color of which is identical to the color of the decorative element a61. In the wall surface structure shown in FIG. 9, the surface positions of the structural panels B6 and the hat-shaped butt joint profile A6 are different from similar positions in the wall surface structure shown in FIG. 1 and FIG. 2. In the wall surface structure shown in Fig. 9, the height of the surfaces of the decorative element a61 of the hat-shaped butt joint profile A6 and the protrusions b61 of the structural panels B6, B6 are equal.

Thus, in the wall surface structure shown in FIG. 9, the butt portion between structural panels B6, B6 is invisible. In addition, in the wall surface structure, the horizontal width and color of the protrusions b61 and the decorative element a61 of the hat-shaped butt joint profile A6 are the same. Thus, the corresponding joints are indistinguishable, and the butt section between the structural panels B6, B6 is invisible. Since the sealing material is not applied to the butt section between the structural panels B6, B6, its destruction does not occur over time. As a result, there is no need to restore or update.

Figure 10, according to another example implementation of the present utility model, shows a top view of a wall surface structure.

The wall surface structure shown in FIG. 10 includes a hat-shaped butt joint profile A7 and structural panels B7. The hat-shaped butt connecting profile A7 contains a decorative element a71, connecting elements a72 and mounting plates a73. However, the hat-shaped butt connecting profiles A1 (shown in FIG. 3) and A7 are different from each other, since the decorative element a71 of the latter is formed with the presence of an arcuate profile in cross section. In addition, structural panels B1 (shown in FIG. 1 and FIG. 2) and B7 are different from each other, since the butt decorative element of the latter, according to this embodiment, is formed by protrusions b71. The protrusions b71 are formed in some quantity on the surface of the structural panels B7 so that they intersect the indicated panels vertically up and down. The horizontal width of the protrusions b71 and the decorative element a71 of the hat-shaped butt joint profile A7 are equal. In the wall surface structure shown in FIG. 10, the positions of the hat-shaped butt joint profile A7 and the surfaces of the structural panels B7 are different from the same positions in the wall surface structure shown in FIG. 1 and FIG. 2. In the wall surface structure shown in FIG. 10, the height of the upper surface sections of the decorative element a71 of the hat-shaped butt joint profile A7 and the protrusions b71 of the structural panels B7, B7 are equal. Thus, in the wall surface structure shown in FIG. 10, the butt portion between the structural panels B7, B7 is invisible. In addition, in the wall surface structure, according to this implementation example, the horizontal width of the protrusions b71 and the decorative element a71 of the hat-shaped butt joint profile A7 are equal. Thus, the corresponding joints are indistinguishable, and the butt section between the structural panels B7, B7 is invisible. Since the sealing material is not applied to the butt section between the structural panels B7, B7, its destruction does not occur over time. As a result, there is no need to restore or update.

11, according to another example implementation of the present utility model, a top view of a wall surface structure is shown.

The wall surface structure shown in FIG. 11 includes a hat-shaped butt joint profile A8 and structural panels B8. The hat-shaped butt connecting profile A8 contains a decorative element a81, connecting elements a82 and mounting plates a83. However, the hat-shaped butt connecting profiles A1 (shown in FIG. 3) and A8 are different from each other, since the decorative element a81 of the latter has a bevel at its left and right edges. In addition, structural panels B1 (shown in FIG. 1 and FIG. 2) and B8 are different from each other, since the butt decorative element of the latter, according to this embodiment, is formed by protrusions b81. The protrusions b81 are formed in some quantity on the surface of the structural panels B8 so that they intersect these panels vertically up and down. The horizontal width of the protrusions b81 and the decorative element a81 of the hat-shaped butt joint profile A8 are equal.

The protrusions b81, like the butt element a81, have bevels on their left and right edges. In the wall surface structure shown in FIG. 11, the surface positions of the structural panels B8 and the hat-shaped butt joint profile A8 are different from similar positions in the wall surface structure shown in FIG. 1 and FIG. 2. In the wall surface structure shown in FIG. 11, the height of the upper surface sections of the decorative element a81 of the hat-shaped butt joint profile A8 and the protrusions b81 of the structural panels B8, B8 are equal. As a result, in the wall surface structure shown in FIG. 11, the butt portion between structural panels B8, B8 is invisible. In addition, in the wall surface structure, according to this implementation example, the horizontal width of the protrusions b81 and the decorative element a81 of the hat-shaped butt joint profile A8 are equal. Thus, the corresponding joints are indistinguishable, and the butt section between the structural panels B8, B8 is invisible. Since the sealing material is not applied to the butt section between the structural panels B8, B8, its destruction does not occur over time. As a result, there is no need to restore or update.

Various implementation examples are described above, however, the present utility model is not limited to them, since various modifications are permissible that do not go beyond the scope of the present utility model in the manner provided in the attached utility model formula. For example, according to FIGS. 1-11, the joints formed by the decorative element of the hat-shaped butt joint profile and the butt decorative elements located on the surface of the structural panel are made in the form of vertical joints, but they can also be made in the form of horizontal joints.

As described above, the present utility model makes it possible to form a wall surface structure that does not contain a sealing material and the butt sections between the structural panels of which are invisible.

Claims (9)

1. Wall surface construction, including: hat-shaped butt connecting profile, and structural panel in which the specified profile contains a mounting plate and a decorative element, the structural panel contains a butt decorative element linearly extending along its surface, the joint on which the decorative element of the specified profile forms a decorative surface, and the joint on which the butt decorative element of the structural panel forms a decorative surface, are formed in one direction by placing the structural panels to the right and left or above and below the decorative element of the specified profile, and the width of the joint formed by the decorative element of the specified profile is equal to the width of the butt decorative elements formed on the surface of the structural panels. 2. Wall surface construction, including: hat-shaped butt connecting profile and structural panel in which the specified profile contains a mounting plate and a decorative element, the structural panel contains a butt decorative element linearly extending along its surface, the color of the decorative element of the specified profile is identical to the color of the butt decorative element of the structural panel, the joint on which the decorative element of the specified profile forms a decorative surface, and the joint on which the butt decorative element of the structural panel forms a decorative surface, are formed in one direction by placing the structural panels to the right and left or above and below the decorative element of the specified profile. 3. The design according to claim 1 or 2, in which the upper part of the decorative element of the specified profile is located above the surfaces of adjacent structural panels. 4. The design according to claim 1 or 2, in which the upper part of the decorative element of the specified profile is located below the surfaces of adjacent structural panels. 5. The design according to claim 1 or 2, in which the upper part of the decorative element of the specified profile is located flush with the upper parts of the surfaces of adjacent structural panels at the same height with these upper parts. 6. The design according to claim 1 or 2, in which butt decorative elements of structural panels are formed by coating. 7. The design according to claim 1 or 2, in which butt decorative elements of structural panels are formed by protrusions and / or recesses. 8. The design according to claim 1 or 2, in which the edge of the surface of the structural panel is beveled in the area of the joint formed by the decorative element of the specified profile and the structural panel. 9. The design according to claim 1 or 2, in which the edge of the surface of the structural panel is beveled in the area of the joint formed by the decorative element of the specified profile and the structural panel, and the shape of the butt decorative elements of structural panels is identical to the bevel of the edge of the surface of the structural panel and is formed in the same direction as this bevel.