KR20100025641A - The construction structure for tile replace-ment - Google Patents

Abstract

PURPOSE: A replaceable tile construction structure is provided to reuse resource and facilitate construction of floor surfaces by separately replacing damaged tiles. CONSTITUTION: A replaceable tile construction structure comprises a base member, a mainframe(20), a sub frame(30), and a tile mounting member(40). The base member is composed of a support member(11) and a hanging member(12). The mainframe is coupled with the latching part of the base member. A part of hanging grooves(31) which are hung on a support hole(22) formed on a side wall facing the main frame are formed in the sub frame. In the tile mounting member, a tile(50) is coupled with a tile mounting groove(41) to be replaceable.

Description

The construction structure for tile replace-ment}

According to the present invention, when a plurality of tiles are installed on a floor having a nonuniform height and a height, and a broken tile occurs after a long period of time, the tile is attached to the auxiliary cement floor having a horizontal state which is laminated on the uneven floor. By removing several tiles in the surrounding area, including damaged tiles, it is possible to reconstruct the foundation floor without installing the auxiliary cement floor. By stacking the tile seating member having a plurality of frames of which the height is adjusted, and the tile seating groove on the upper surface in each of the frames, to replaceable tile construction structure to separate and replace only the damaged tiles individually It is about.

In general, in the interior construction of the building, the floor surface finishing work that is finished with tiles, including the interior work.

As described above, by finishing the floor surface finishing with a tile or the like, the interior of the building is not only beautiful, but when water is used for indoor cleaning, the tile construction is performed to drain the water well indoors. .

1 is a perspective view of a partially cut centered around a tile in a convenience store or the like installed in a place where the bottom surface is irregular, Figure 2 is a cross-sectional view schematically showing that the tile is constructed in accordance with the prior art in FIG.

As shown in the figure, in the finishing of the floor surface finishing with tiles or the like, it is necessary to construct a plurality of tiles T on the floor surface G1 having uneven height, wherein the height is uneven floor surface G1. In order to maintain the horizontal state on the upper surface, the auxiliary cement floor surface G2 should be pre-installed, and the plurality of tiles (T) on the upper surface of the auxiliary cement floor surface G2 pre-constructed as described above. ) Are laminated to form a lattice shape, and the flooring is finished by white cement or silicon in the space (that is, the gap) generated between the adjacent tiles (T).

However, according to the prior art floor construction made as described above, when the broken tile (T) occurs after a long time, the auxiliary cement floor surface (G2) of the horizontal state laminated and constructed on the uneven bottom surface (G1) In addition to the damaged tiles attached to the) to remove a number of neighboring tiles together, not only need to re-install unnecessary parts, but also when rebuilding or remodeling the entire floor, the construction process Since the building materials that were consumed cannot be recycled, all of them have to be disposed of, resulting in a waste of resources.

The present invention has been made in view of the above problems, and when a plurality of tiles are installed on the floor surface having a nonuniform height and height, when a broken tile occurs after a long period of time, horizontally stacked and constructed on the uneven floor surface Unlike the prior art, in which the reconstruction including cement work is performed on all the surrounding tiles, including the damaged tiles attached to the auxiliary cement floor in the state, the foundation floor surface is installed without the auxiliary cement floor installation work. It is possible to re-use resources by re-installing and having a plurality of frames of which the height is adjusted, by stacking the tile seating member having a tile seating groove on the upper surface in each frame, to separate and replace the damaged tiles individually, And it aims to provide a replaceable tile construction structure that is easy to work according to the construction of the floor.

The object of the present invention, a plurality of supporting members supported on the bottom surface; A plurality of mainframes each of which is coupled at intervals; An auxiliary frame provided with a pair of catching grooves spaced apart from each other by a support hole formed through the side wall faces of the main frames; Each tile is replaceably coupled to the top surface, and is achieved by including a plurality of tile seating members caught on the top surface of the mainframe.

According to the replaceable tile construction structure of the present invention, remodeling is frequently performed, and by constructing a plurality of tiles as a detachable structure on a non-uniform height of the floor, recovering these components during the demolition of the building and re-installing them elsewhere It is possible that resources can be recycled and an unskilled worker who can combine the basic multiple frames and each of the components assembled to them in sequence, even if they are not high-paid tile construction technicians (aka 'plasterers'). Since the construction is also possible, the cost required for the tile construction is less, there is an advantage that can shorten the working time.

The replaceable tile construction structure is a tile construction structure for attaching a plurality of tiles to the bottom surface having a non-uniform height, the support member including one head of the bolt is supported on the bottom surface, and the support A plurality of supporting members comprising a locking member detachably fastened to the other threaded portion of the member; A rod-shaped quadrangular cross section having a downward opening opening, comprising: a plurality of main frames each engaging opening of the support member being coupled at intervals along an inner circumferential surface thereof; A supplementary frame having a rod-shaped cross section, the auxiliary frame having a pair of engaging grooves spaced apart from each other by a support hole formed in an opposite sidewall surface of each main frame; The tile seating groove formed on the upper surface of each tile is replaceably coupled, the plurality of protrusions provided on the bottom edge portion includes a plurality of tile seating members detachably coupled to a plurality of coupling holes formed through the main frame upper surface It is characterized by being configured to look at each component as follows.

In the replaceable tile construction of the present invention, the plurality of supporting members are adjustable in height so that one side is supported on the bottom of the uneven height to support the remaining components of the replaceable tile construction of the present invention. It is a component which makes a number of tiles exposed to the side horizontal as a whole.

Here, each support member is composed of a support member including a head including one head of the bolt is supported on the bottom surface, and the engaging member detachably fastened to the other thread portion of the support member, in particular the support In the injection molding of the synthetic resin finish integrally it is preferable to configure so as to surround the head of one side of the bolt.

In the replaceable tile construction of the present invention, the plurality of mainframes are components that allow a plurality of tiles to be constructed by a plurality of tile seating members stacked on the top surface in a state supported by the support member coupled to the bottom surface.

Here, each of the main frame is a rod of a rectangular cross section having a downward opening opening, and each engaging opening of the support member is coupled along the inner circumference at intervals.

In the replaceable tile construction structure of the present invention, the plurality of auxiliary frames are supporting components that allow the plurality of main frames to be firmly coupled to each other while maintaining a predetermined interval therebetween.

Here, each of the auxiliary frame is a rod-shaped cross-section (C), a pair of engaging grooves are formed in the interval between the support holes formed through the side wall surface of each main frame at intervals, each auxiliary frame is By being combined with each mainframe, the spaces defined by these frames form squares or rectangles of the same size in plan view.

In the replaceable tile construction structure of the present invention, unlike the conventional floor construction method, a plurality of tile seating members are combined to enable separation and recycling by stacking a plurality of tiles on top of one tile seating member, respectively. It is a component.

Here, in each tile seating member, each tile is replaceably coupled to the tile seating groove formed on the upper surface, and a plurality of protrusions provided on the bottom rim is detachable to a plurality of coupling holes formed in the upper surface of the main frame. It is configured to be combined.

In particular, each of the tile seating member, each of the tile seating member is provided with a coupling jaw in the bottom edge portion; It consists of a female seating member provided with a seating groove that the engaging jaw is caught in the bottom rim, there is a technical feature of the present invention replaceable tile construction structure because the respective tile seating member and the female tile seating member is combined in a lattice form.

Therefore, in the replaceable tile construction of the present invention, there is another technical feature of the replaceable tile construction of the present invention in that a plurality of tiles coupled to the tile seating grooves of each tile seating member constitute one horizontal plane as a whole.

Hereinafter, the preferred embodiment of the replaceable tile construction according to the present invention will be described with reference to the accompanying drawings.

Figure 3 is a front sectional view showing a replaceable tile construction structure of the present invention, Figure 4 is a side sectional view showing a replaceable tile construction structure of the present invention, Figure 5 is a separation showing the main configuration according to the replaceable tile construction structure of the present invention FIG. 6 is a perspective view partially enlarged in FIG. 5 showing an enlarged view of the supporting member, the main frame, and the auxiliary frame.

As shown, the replaceable tile construction according to the present invention is a tile construction in which a plurality of tiles are attached to a bottom surface having an uneven height, and the support 11 'including one head H of the bolt is provided. A plurality of support members (10) comprising a support member (11) supported on the bottom surface and a locking member (12) detachably fastened to the other threaded portion of the support member (11); A rectangular cross section having a downward opening opening 21, a plurality of main frames 20 coupled to each engaging opening 12 of the supporting member 10 at intervals along an inner circumferential surface thereof; An auxiliary frame 30 having a bar-shaped cross-section of a cross-section, wherein a pair of engaging grooves 31 are formed at intervals between the supporting holes 22 formed through the side walls of the main frames 20 facing each other. )and; Each tile 50 is replaceably coupled to the tile seating groove 41 formed on the upper surface, and the plurality of protrusions 42 provided on the bottom edge portion are formed through a plurality of coupling holes formed on the upper surface of the main frame 20 ( It characterized in that it comprises a plurality of tile seating member 40 detachably coupled to 23).

In particular, by fine-adjusting a plurality of support members 10 coupled to each main frame 20 and supported on the bottom surface, the entire main frame 20 of the entire main frame 20 caught in the plurality of auxiliary frames 30 to form a structure as a whole. The upper side is made of the same plane but the same plane is made to be horizontal bar, each tile (in the tile seating groove 41 of each tile seating member 40 which is stacked and installed on each main frame 20) 50) is coupled to replace only the damaged tile 50, there is a technical feature of the replaceable tile construction of the present invention.

That is, the present invention is to construct a plurality of tiles 50 on the floor surface is uneven height, if a broken tile occurs after a long time, unlike the prior art can be attached and detached to the base floor surface without installing the auxiliary cement floor surface And having a plurality of frames 20 and 30 whose height is adjusted, and stacking tile seating members 40 having tile seating grooves 41 on the upper surfaces thereof, so that only the damaged tiles 50 are individually stacked. It is a replaceable tile construction structure to be separated and replaced.

Therefore, according to the present invention replaceable tile construction structure configured as described above, remodeling is frequently made and can be recycled by constructing a plurality of tiles (50) using a detachable structure on the bottom surface is uneven.

In addition, according to the present invention replaceable tile construction structure, even if not a high-paid tile construction specialist, by a non-skilled worker who can sequentially combine each of the components to be assembled, including the basic plurality of frames (20,30) Since construction is possible, the cost required for the construction of the tile 50 is reduced, and not only can shorten the working time, but also it is possible to recover these components and re-install them in other places during the demolition of the building. Resource recycling becomes possible.

7 shows a tile seating member, (a) shows an enlarged view of the male tile seating member, and (b) shows an enlarged view of the arm tile seating member.

As shown, the plurality of tile seating member 40, each of the tile seating member (40a) is provided with a coupling jaw (40a ') in the bottom edge portion; It consists of a female tile seating member (40b) is provided with a seating groove (40b ') that the engaging jaw (40 a') is caught in the bottom edge portion, each of the male tile seating member (40a) and the female tile seating member (40b) Of course, the plurality of protrusions 42 provided on the bottom rim of each of the hand tile seating members 40a and the arm tile seating members 40b are coupled to each other in a lattice form. It is configured to be detachably coupled to the coupling hole 23, the coupling between the male tile seating member (40a) and the female tile seating member (40b) and the main frame 20 is more robust.

8 shows a process of replacing damaged tiles in the replaceable tile construction of the present invention, (a) shows an initial operation stage, (b) is an intermediate step of removing damaged tiles, and (c) ) Is a schematic diagram showing replacement of a new tile at a corresponding position.

As shown, the process of replacing the damaged tile in the replaceable tile construction structure of the present invention, the driver (D) in the tool groove (G) formed in the corner of the tile seating member 40 to which the damaged tile is coupled By inserting one end of the back tool (FIG. 8A), revealing one edge of the damaged tile 50 (FIG. 8B), and replacing it with a new tile of the same size in the tile seating groove 41 in which the damaged tile is removed. Finish the replacement work (Fig. 8c)

In addition, according to the present invention replaceable tile construction structure configured as described above, it is possible to recover these components (10, 20, 30, 40, 50) to be re-installed elsewhere during the demolition of the building. There are technical features of the replaceable tile construction.

1 is a perspective view of the convenience store installed in the irregular place of the bottom surface, partially cut around the tile.

2 is a cross-sectional view schematically showing that the tile is constructed in accordance with the prior art in FIG.

Figure 3 is a front sectional view showing a replaceable tile construction structure of the present invention.

Figure 4 is a side cross-sectional view showing a replaceable tile construction structure of the present invention.

Figure 5 is an exploded perspective view showing the main configuration according to the present invention replaceable tile construction.

FIG. 6 is an enlarged partial perspective view of the supporting member, the main frame, and the auxiliary frame in FIG. 5.

Figure 7 shows a tile seating member, (a) is an enlarged view of the hand tile seating member, (b) is an enlarged view of the arm tile seating member.

8 shows a process of replacing damaged tiles in the replaceable tile construction of the present invention, (a) shows an initial operation stage, (b) is an intermediate step of removing damaged tiles, and (c) ) Is a schematic diagram showing replacement with a new tile in the corresponding position.

            <Description of Symbols for Main Parts of Drawings>

10: support member 11: support member

11 ': support 12: locking member

20: mainframe 21: opening

22: support hole 23: coupling hole

30: auxiliary frame 31: locking groove

40: tile seating member 41: tile seating groove

42: turning

Claims (4)

In the tile construction structure in which a plurality of tiles are attached to the bottom surface having an uneven height, The support member 11 'including the head H of one side of the bolt is supported by the support member 11 on the bottom surface, and the locking member 12 detachably fastened to the other threaded portion of the support member 11. A plurality of support members (10) consisting of; A rectangular cross section having a downward opening opening 21, a plurality of main frames 20 coupled to each engaging opening 12 of the supporting member 10 at intervals along an inner circumferential surface thereof; A plurality of auxiliary frames, each having a pair of engaging grooves 31 formed at intervals between the support holes 22 formed through the opposite sidewall surfaces of the main frames 20, are formed in the shape of rods having a diagonal (C) cross section. 30; Each tile 50 is replaceably coupled to the tile seating groove 41 formed on the upper surface, and the plurality of protrusions 42 provided on the bottom edge portion are formed through a plurality of coupling holes formed on the upper surface of the main frame 20 ( 23) A replaceable tile construction structure comprising a plurality of tile seating members (40) detachably coupled to the. The method of claim 1, Each sub-frame 30 is combined with each main frame 20, so that each space divided by these frames 20, 30 forms a square or rectangle of the same size in plan view. rescue. The method of claim 1, Replaceable tile construction structure, characterized in that the plurality of tiles 50 coupled to the tile seating groove 41 of each tile seating member 40 coupled to the upper surface of each main frame 20 forms one horizontal plane as a whole. . The method of claim 1, The plurality of tile seating members 40, Each of the tile seating member 40a is provided with a coupling jaw (40a ') in the bottom edge portion; It consists of a female tile seating member (40b) is provided with a seating groove (40b ') that the engaging jaw (40a') is caught in the bottom edge, the respective tile seating member (40a) and the female seating member (40b) grating Replaceable tile construction, characterized in that coupled in the form.

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