JPH0893185A - Tile keeper and tile keeping structure - Google Patents

Abstract

PURPOSE: To facilitate tile execution by providing mounting bases projected upward from the upper end to a main body surrounded by a first side plate section and a second side plate section in a tile keeper to set tiles. CONSTITUTION: The upper part of a rising plate section 11 in a pair of first side plates 10 and 10' provided to adjacent two sides of a square main body forms a tile keeper A equipped with a space made by a joint plate section 12 and a hooking plate section 13. In addition, second side plate sections 20 and 20' fitted and interlocked in a space 30 are provided to the other two sides of the main body 1, and the second side plate sections 20 one side of the continuously provided tile keeper A are interlocked in the space 30 of the first side plate sections 10 on the other side thereof. Recesses 50 in the bottom of a tile P are made to adhere to mounting bases 3 extruding the bottom 2 of the tile keeper A upward to form a tile floor. Accordingly, tile execution equipped with regulated joint layout and good settlement can be carried out.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a tile receiving tool which is suitable for even a person who is unfamiliar with tile construction and has a good joint street, and is capable of performing tile construction with a good fit easily and skillfully. Providing a tile receiving structure.

[0002]

2. Description of the Related Art Generally, in the case of tile construction, as a treatment of a tile base, for example, mortar is added to a concrete surface to be placed, or chipping is applied to adjust the unevenness of the base surface. Then, while soaking it in water, prepare a base mortar by applying mortar with a comb or brush coating,
Alternatively, use mortar to rub the rubbing, prepare a base mortar by brushing and brushing it with a wooden iron, and apply a suitable tile to the base mortar surface using mortar or other appropriate adhesive means. I was trying to stick in.

[0003] In such conventional tile construction, a skilled person sequentially attaches mortar to the ground mortar surface based on the intuition of many years, forms joint joints, and, with considerable curing, joins joints. There is a problem in that it requires a lot of time and labor for the tile work, as well as the bottom of the tile craftsman who can perform the work of sticking tiles with orderly joints.

From this point of view, for example, Japanese Patent Laid-Open No. 6-8144.
Like the tile panel according to the invention of No. 2, a tile material is attached to a metal plate in advance, and the tile surface is formed on the surface of the metal plate, and a panel with a finished tile is used. Attempts have been made to construct finished surfaces such as walls.

[0005]

In this type of tile panel, a base panel into which a large number of tiles can be stretched is usually prepared, and the individual tiles are sequentially added to the base panel. The tiles are attached to each other while taking into consideration their fit with respect to the corners, and the joints between the attached tiles are configured by using a bonding means for the tiles.

[0006] In such a tile panel, there is a difficulty in sticking tiles to the base panel, particularly, it is difficult to stick a large number of tiles to the base panel with good fit. It is difficult to create a good joint, and in order to create the panel, there is an inconvenience that requires a considerable amount of work by a skilled person.

Further, in such a tile panel, when a wall surface or the like is constructed by using the tile panel, it is necessary to carry out a fitting process for the constituent wall section, and the formed tile panel is cut on site or the tile panel It is necessary to add tiles based on the conventional method to the part of the wall structure that is not attached, especially to the part where it is contained, and many skilled workers are required to apply the tiles to the wall. There was a difficulty.

In view of such inconveniences in the conventional tile construction, the present invention makes it possible for an unskilled person to easily and efficiently perform tile construction that has a well-ordered joint street and fits well. It is intended to provide a tile receiving device and a tile receiving structure having the above structure.

[0009]

SUMMARY OF THE INVENTION In order to achieve the above object, the present invention secures the tile receivers A of the invention according to claim 1 to an installation surface in a state where they are successively connected. And a pair of first side plate portions 10 and 10 ′ which stand up along two adjacent sides of the main body 1 having a rectangular shape, and the tile receiver A. A pair of second side plate portions 20, 20 'that rise along the other two sides facing the first side plate portion 10, 10' with a rising width shorter than the rising width of the first side plate portion 10, 10 '. And the first side plate portions 10 and 10 'and the second side plate portions 20 and 2
The first side plate portion 10, 1 is attached to the main body portion 1 surrounded by 0 '.
0'and the tiles P can be housed so that the upper portions thereof project above the upper ends of the second side plate portions 20 and 20 ', and the first side plate portions 10 and 10' include the first side plate portion 1
The upper part of the rising plate parts 0 and 10 ′ is a joint plate part 12 extending in a bent shape toward the side, and the tip of the joint plate part 12 is between the rising plate part 11 and the rising plate part 11. The tile receivers A, which are hook plate portions 13 extending downward in a bent shape with a required gap 30 therebetween, and are installed adjacent to each other, are the tile receivers A of the tile receivers A. In the first side plate portion 10, 10 'in the gap 3
0 to the second side plate portion 20 of the other tile receiver A,
20 'is configured so as to be connected continuously so as to accommodate at least the upper side.

Next, the tile receiving structure according to the second aspect of the present invention is used as a tile receiving member A that is used by being fixedly attached to the installation surface in a state where the tile receiving structure is successively arranged. The pair of first side plate portions 10 and 10 ′ standing up along two adjacent sides of the main body 1 having a shape and the other two sides facing the first side plate portions 10 and 10 ′. A pair of second side plate portions 20, 20 'that rise with a rising width shorter than the rising widths of the first side plate portions 10, 10' are provided, and the first side plate portions 10, 10 'and the second side plate portion 20, Two
The first side plate portion 10, 1 is attached to the main body portion 1 surrounded by 0 '.
0'and the tiles P can be housed so that the upper portions thereof project above the upper ends of the second side plate portions 20 and 20 ', and the first side plate portions 10 and 10' include the first side plate portion 1
The upper part of the rising plate parts 0 and 10 ′ is a joint plate part 12 extending in a bent shape toward the side, and the tip of the joint plate part 12 is between the rising plate part 11 and the rising plate part 11. The tile receivers A, which are hook plate portions 13 extending downward in a bent shape with a required gap 30 therebetween, and are installed adjacent to each other, are the tile receivers A of the tile receivers A. In the first side plate portion 10, 10 'in the gap 3
0 to the second side plate portion 20 of the other tile receiver A,
Tile receivers A that are continuously provided so as to accommodate at least the upper side of 20 ′, a side plate portion 101 that rises along one side edge and forms the front surface of the wall, and the other of the side plate portion 101 that faces the side plate portion 101. A substantially quadrangular first draining plate 100 which is provided along a side edge and is provided with a rising projecting plate portion 102 that fits at least on the upper side in the gap 30 between the first side plate portions 10 and 10 ′ of the receiving device, A side plate portion 201 which rises along the side edge and constitutes the front surface of the wall, and the side plate portion 2
A rising edge along the other side edge facing 01, a lateral bending angle, and a downward bending angle, which is accommodated in at least the upper side of the second side plate portion 20, 20 'of the receiving member. The second draining plate 200 has a substantially square shape and includes a projecting plate portion 202.

[0011]

Operation: A pair of first side plate portions 10 and 1 provided on two adjacent sides of the main body 1 having a rectangular shape which constitutes the tile receiver A.
The upper portion of the rising plate portion 11 of 0'is configured to have a gap 30 by the joint plate portion 12 and the hooking plate portion 13 provided downward from the joint plate portion 12,
The other two sides of the main body portion 1 are provided with second side plate portions 20 and 20 'which are accommodated and engaged in the gap 30, and moreover, the tile P can be attached to the inside of the main body portion 1. Therefore, in order that the second side plate portion 20 of one tile receiver A in the tile receivers A that are continuously arranged is located within the gap 30 in the first side plate portion 10 of the other tile receiver A, one by one. In the state where the tile receivers A are continuously installed in the above, the tile receivers A are fixed to the installation surface, and the tiles P are accommodated in the respective tile receivers A in a housed state. As a result, tile construction in which tiles P are arranged in an orderly manner is possible.

With this structure, the tiles P are simply adhered to the respective tile receivers A while being housed, whereby the joints on the tile surface are formed on the same line, and the joint width and joint width are The joint depth is made uniform, and it is possible to perform orderly installation of tiles P.

Further, the first draining plate 100 having a rising projecting plate portion 102 which is engaged in a state of being housed in the gap 30 of the first side plate portion 10 in the tile receiver A, and the second draining plate 100.
The second drainer plate 200 having the rising plate portion 202 with the gap 203 in which the side plate portion 20 is fitted is referred to as the tile receiver A.
By adopting the tile receiving structure used together with the tile receiving structure, the installation of the tile receiving device A can be easily carried out, and the water resistance on the peripheral side of the tile is improved.

[0014]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A typical embodiment of the tile receiver and tile receiving structure according to the present invention will now be described in detail with reference to the accompanying drawings. FIG. 1 shows a tile receiver A as a typical embodiment together with a tile P attached to the tile receiver A, and the tile P is particularly viewed from the bottom side thereof. 2 shows a tile P in a cross section of the tile receiver A as seen in the direction of the Y-Y line of the tile receiver A in FIG.
Is indicated by a virtual line. FIG. 3 shows a state in which the tile receivers A are arranged side by side and the tiles P are attached to the tile receivers A, and in FIG. 4, a part of the tile receivers A thus laid is removed, and the tiles are laid. The state where the tile P is removed from the receiver A is shown by a plane. 5 and 6 are cross-sectional views of a main part of a construction state based on a tile receiving structure using the tile receiving tool A and each draining member, and FIG. 5 shows a cross section on the side using the first draining plate, The main part is shown together with the enlarged state, and FIG. 6 shows a cross section on the side using the second draining plate. FIG. 7 shows the tile receiver A and the first
Each tile P is attached to the tile receiving structure configured by the second draining plate and the corner member 300 is attached to the tile P as a plane, and the wall is shown as an imaginary line. Further, FIG. 8 shows the corner member 300 in a perspective view. Furthermore, FIG.
Each main part of the joint portion of each tile receiver A is shown in a perspective state.

First, the tile receiver A used here will be described. The tile receiver A used here is
A pair of first side plate portions 10 and 10 'which stand up along two adjacent sides of the main body portion 1 having a quadrangular shape, and the first side plate portion 1.
The first along the other two sides facing 0, 10 '
A pair of second side plate portions 20, 20 'that rises with a rising width shorter than the rising width of the side plate portions 10, 10' are provided, and the first side plate portions 10, 10 'and the second side plate portions 20, 20' are provided. The tile P can be housed in the main body portion 1 surrounded by and the upper side of the first side plate portions 10 and 10 'and the second side plate portions 20 and 20' can be projected upward from the upper ends thereof. The side plate portions 10, 10 'are the first side plate portions 10, 10'.
The upper part of the rising plate part 11 is a joint plate part 12 extending in a bent shape laterally, and the tip of the joint plate part 12 forms a required gap 30 with the rising plate part 11. The tile receivers A that are provided as hook plate portions 13 that are bent and extend downward at a distance from each other and that are installed adjacent to each other.
However, one of the tile receivers A in this tile receiver A
In the gap 30 between the first side plate portions 10 and 10 ', the second side plate portions 20 and 20' of the other tile receiving device A are connected at least to the upper side.

First, the main body 1 which constitutes the tile receiver A is a bottom plate 2 having a quadrangular shape, which is a substantially square bottom plate 2 in the illustrated example, but this is a rectangular bottom plate 2. The bottom plate 2 may be configured as
By pushing the bottom plate portion 2 upward in a bent shape, trapezoidal mounting bases 3, 3, ... Are provided, and the mounting bases 3, 3 ,. ,
Ten-shaped slits 4 are provided so as to communicate with the upper and lower sides of the mounting base 3.

Next, the adjacent two sides 2a of the bottom plate portion 2,
2a is provided with first side plate portions 10 and 10 'as rising extension plate portions of the bottom plate portion 2. This first side plate portion 10, 1
0'is a rising plate portion 11 having the same rising size and standing upright from the bottom plate portion 2 at a substantially right angle, and an upper portion of the rising plate portion 11 is bent and extended laterally. The joint plate portion 12 having the same width dimension and the tip of the joint plate portion 12 are extended downward in a bent shape with the same protruding dimension with a gap 30 between the joint plate portion 12 and the rising plate portion 11. The hooking plate 13 is provided, and the engaging protrusion 14 is provided inside the tip of the hooking plate 13, that is, on the side of the gap 30.

Further, the first side plate portion 10 and the first side plate portion 1
The hooking plate portion 13 at the corner portion intersecting with 0 ',
It has been cut and is provided as a continuous cutout 31. The continuous cutout portion 31 includes the first side plate portion 10 and the first side plate portion 1 of another tile receiver A that is continuously provided to the tile receiver A.
The side end portion not connected to 0 ', mainly the first side plate portion 1
Step-difference joint plate portion 12a at 0 and the first side plate portion 10 '
In this configuration, the stepped-down joint plate portion 12a ′ in FIG.

Further, the step-falling joint plate portions 12a and 12a 'in the joint plate portion 12 provided on the first side plate portion 10 and the first side plate portion 10' are the first side plate portion of one tile receiver A which will be described later. When the second side plate portions 20, 20 ′ of the other tile receivers A are accommodated in the gap 30 of the 10, 10 ′, the joint plate portion on the side where the first side plate portions 10, 10 ′ are consecutively arranged. 12 and the step-off joint plate portion 12a or 12a 'on the non-continuous side of the other tile receiver A are set with a margin to accommodate the depression width of each second side plate portion 2a.
0 and 20 'are provided between the connecting portion and the connecting portion. The fall width in this case is, for example, in the above-mentioned situation, the joint plate portion 12 on the side where the first side plate portions 10 and 10 'are continuously arranged in the state where the tile receivers A, A are closest to each other. Is set to a width that can be accommodated.

Next, the one side, that is, the first side plate portion 1
0, and the step-drop joint plate portion 12a provided on the other side, that is, the first side plate portion 10 '.
It has a different step-down dimension from a '. In this case, for example, the step-off joint plate portion 12a provided in the first side plate portion 10 is flush with the upper end of the second side plate portion 20 connected to the first side plate portion 10, that is, the step surface of the step-fall joint plate portion 12a. On the other hand, the first side plate portion 10 of the other tile receiver A,
In a state in which the continuous corners of the continuous joint plate portion 12 of 10 ′ are accommodated, the upper surface of the joint plate portion 12 has an eye on another tile receiver that is connected to the tile receiver A. It is configured to be flush with the upper surface of the base plate portion 12. In addition, the step drop joint plate portion 12 provided in the first side plate portion 10 '
a ′ is located at the uppermost portion in a state where the corner portion of the joint plate portion 12 of the other tile receiver A and the stepped-down joint plate portion 12a of the other tile receiver A are accommodated therein. The upper surface of the continuous corner portion of the joint plate portion 12 in the tile receiver A is flush with the upper surface of the joint plate portion 12 including the stepped-down joint plate portion 12a ′ that is continuous with the tile receiver A. It is configured.

Incidentally, in the above, the first side plate portions 10, 1
The hooking plate portion 13 constituting 0 ′ is elastically engaged with the engaging convex portion 22 provided on the upper end of the rising plate portion 21 of the second side plate portion 20, 20 ′ of the other tile receiver A. In order to be able to combine, the step groove joint plate portions 12a, 12a 'are formed by the kerfs 15 at the step groove joint plate portions 12a, 12a'.
2a '.

Then, the second side plate portions 20, 20 'are provided with the first side plate portions 10, 1 provided on the other tile receivers A, respectively.
A rising plate portion 21 having a rising size that fits in the gap 30 of 0'is provided with two adjacent sides 2b facing the first side plate portions 10 and 10 'provided in the bottom plate portion 2,
2b are provided upright at substantially right angles, and the rising dimensions of the rising plate portions 21 are the same, and the upper ends of the rising plate portions 21 are
The hook plate portion 1 of the first side plate portion 10 or 10 'is turned inward.
3 is provided with an engaging protrusion 22 that is caught by the engaging protrusion 14.

Further, a cutout 32 is provided at the continuous portion of the second side plate portions 20, 20 'so as to cut the upper part of the rising plate portion 21 of the second side plate portions 20, 20'. is there. Here, the cutout 32 provided in a cut shape has a step-falling depth at which the overlapping corners of the other tile receivers A consecutively provided to the tile receiver A fit, and these corners, in particular, The tile receivers A that are successively arranged are set to have an opening width in which the joint plate portion 12 of each of the tile receivers A, A, which are stacked here, fits in the closest position.

Next, the first draining plate 10 used here
0 stands for one side edge in the longitudinal direction of the flat plate portion 103 having a rectangular shape and stands up along the wall 400.
01, and the rising projecting plate portion 102 is provided on the side edge facing the side plate portion 101,
Further, an engaging convex portion 104 is provided at the tip of the rising projecting plate portion 102 and on the side of the side plate portion 101. On the other hand, the rising protruding plate portion 102 of the first draining plate 100 has the rising protruding plate portion 102 which is the first side plate portion 1 of the tile receiving member A when the tile receiving member A is continuously installed.
It can be accommodated in the gap 30 of 0, 10 ′, and in this accommodated state, the engaging convex portion 104 of the rising projecting plate portion 102 is engaged with the engaging convex portion 14 of the hooking plate portion 13. It can be configured.

Next, the second draining plate 200 serves as a side plate portion 201 which stands up on one side edge in the lengthwise direction of the rectangular flat plate portion 204 and rises along the wall 400. A rising projecting plate portion 202 is provided on the side edge facing 201. This rising veneer portion 202 is
Standing plate portion 20 standing up from the flat plate portion 204 at a substantially right angle.
The upper end of 2a is a horizontal plate portion 202b bent substantially horizontally in the direction opposite to the side plate portion 201, and the tip of the horizontal plate portion 202b is a hook plate portion 202c bent downward. , This hook plate 20
The lower end of 2c is provided with an inward engaging projection 202d, and a gap 203 is provided between the hooking plate 202c and the rising plate 202a.

It should be noted that the rising projecting plate portion 202 constructed here
The first side plate portions 10 and 10 ′ of the tile receiver A
And the rising protrusions 102 of the first draining plate 100 have substantially the same dimensions as the second side plate portions 20 and 20 'of the tile receiver A, and these draining plates 100, The assembling configuration of 200 and the receiving tool A is made easy and reliable.

Further, the corner members 300 stand up at a substantially right angle from two adjacent sides of the quadrangular bottom plate portion 301 having substantially right-angled corner portions, and are continuously arranged in a mutually right-angled state. The side plate portions 302 and 302 are provided, and the side plate portions 302 and 302 can be attached to the corners of the wall 400.

The tile P used together with the tile receiver A and each member used in the tile receiver structure has the first side plate portions 10, 10 ', and the second side plate portions in the tile receiver A.
In a state where the tile P is accommodated in the space surrounded by the side plate portions 20 and 20 ′ and is attached to the bottom plate portion 2, the upper portion of the tile P has the first side plate portion 10, 10 ′, and the second side plate portion 2.
It is configured to project upward from the upper edge of 0, 20 '.

Further, this tile P is provided with concave portions 50, 50 ... In which the mounting base portion 3 is accommodated, on the bottom surface thereof, and the bottom surface of the tile P is roughened for the purpose of increasing adhesiveness to the bottom plate portion 2. It may be provided as a planar adhesive surface 51.
The recess 50 in the tile P is configured so that the mounting base 3 can be fitted without any play, and a gap 33 in which the head of the screw 40 screwed from the upper surface of the mounting base 3 can fit. However, it is configured to occur between the upper surface of the mounting base 3 and the bottom surface of the recess 50.

Next, a floor 40 such as a concrete slab
Using a tile base material 403 such as a control panel material on the two surfaces, for example, the base work is performed so that the upper side in FIG. Similarly, a base treatment is performed using 401, and a waterproof sheet 404 such as a vinyl chloride sheet is arranged so as to cover the surface of the base material, if necessary.

As shown in FIG. 7, a corner member 300 is provided for each of the corners on which the groundwork has been applied.
Is attached with the side plate portion 302 of the corner member 300 attached to the wall surface, and the first draining plate 10 is attached.
The floor surface including the staking surface of the tile P is configured by using 0, the second draining board 200, and the tile receiver A.

First draining plate 100 and second draining plate 200
In the above arrangement, the draining plates on the water side are arranged so that the draining plates are located above the draining plate on the water side.

For example, when the lower side of FIG. 7 is the underwater side and the upper side of FIG. 7 is the overwater side, as in the structure of the tile floor of the veranda shown in FIG. After attaching the corner member 300 to both sides of a certain part, the wall 400 of the lower part of the figure which is under water
Along with the first draining plate 100, the first draining plate 100
After the side plate portion 101 in FIG. 7 is attached along the wall base material 401 of the wall 400, the wall 40 of the upper left side portion in FIG.
The corner member 300 is attached to the entry corner portion of 0, and then the first draining board 100 is attached to the portion along the left side of the wall 400 in FIG. Provided so as to overlap on the corner member 300,
The side plate portion 101 of the first draining plate 100 is the wall base material 40.
Prepare the mounting so that it follows 1. In this state,
The tile receiver A is located from the lower left corner of FIG. 7 where each first draining plate 100 intersects, and the tile receiver A at the bottom is arranged from the left side to the right side along the lower first draining plate 100. Attach to make up. That is, each of the first draining plates 10
The rising projecting plate portions 102 and 102 in 0 and 100 are the gaps 3 of the first side plate portions 10 and 10 ′ in the tile receiver A.
The first tile receiver A is attached to the lower left corner formed by the first draining plates 100, 100 so as to fit within 0, and the tile receiver A is attached with the screw 40 to the tile base material 40.
No. 3, and the other tile receivers A are sequentially connected to the tile receiver A attached to the lower left portion of the tile receiver A with the first draining plate 100 on the lower side of the drawing as a reference. Constitutes the tile receiving part.

That is, first, the first part provided on the lower side of FIG.
The rising veneer portion 102 of the draining board 100 is the tile receiver A.
In the gap 30 of the first side plate portion 10 of the above, and the rising protruding plate portion 102 of the first draining plate 100 provided on the left side of FIG.
Of the tile receiving device A so that the tile receiving device A is accommodated in the gap 30 of the first side plate portion 10 ′.
At the lower left corner where 0 crosses, attach the left-side tile receiver A on the first stage, and then attach the tile receiver A with screws 40.
Is used to fix the tile base material 403.

Next, with respect to the lower left corner portion of FIG. 7 surrounded by the first draining plates 100, 100, the tile receiver A on the right side of the attached tile receiver A is moved downward in FIG. Rising protruding plate portion 10 of the first draining plate 100 on the side
2 into the gap 30 of the first side plate portion 10, and the second side plate portion 20 of the tile receiver A already fastened to the left side thereof into the gap 30 of the first side plate portion 10 '. The tile receiver A is attached to the tile base material 403 with screws 40 to attach the second tile receiver A from the left of the first stage. Thus, with respect to the lower stage of FIG. 7, the tile receivers A are sequentially attached from the left side to the right side, and then the tile receivers A of the second stage are attached.
The second side plate portion 20 'of the tile receiver A installed as the first tile receiver A in the lower left corner of FIG. 7 is located in the gap 30 of the first side plate portion 10 and on the left side of FIG. The rising protruding plate portion 102 of the first draining plate 100 is attached to the first side plate portion 1
The first tile receiver A of the second stage is attached by assembling it so as to be housed in the gap 30 of 0'and fixing it to the tile base material 403 using the screw 40.

Next, the second side plate portion 20 'of the second tile receiver A from the left in the first row in FIG.
And the second side plate portion 20 of the tile receiving tool A located at the first position from the left in the second stage, the first side plate portions 10 and 10 ′, respectively.
The second tile receiver A from the left of the second stage is assembled so as to be housed in the gaps 30 and 30 of the second stage, and this is fixed to the tile base material 403 by using the screw 40. Further, the next tile receivers A, A ... Are sequentially assembled to the right side portion of FIG. 7 in the same manner, and the tile receiver A of the second stage is attached.

By the same operation as the first step and the second step, the tile receivers A are sequentially fixed and the tile receivers A are mounted in the required number of steps, and at the time of mounting, the corners are provided in the upper right corner of FIG. Arrange the member 300, complete the installation of the tile receiver A, on the corner member 300,
The second draining plate 200 is attached along the wall 400 on the right side. The second draining plate 200 has a rising protruding plate portion 200.
The second side plate portions 20 of the tile receivers A, A ... Arranged side by side on the right side of the tile receivers A mounted as described above are accommodated and engaged in the gap 203 of the side plate. By fixing the portion 201 to the wall base material 401, the fitting process on the right side of FIG. 7 is performed.

Then, along the wall 400 on the upper side of FIG. 7, the second draining plate 200 is placed so as to overlap the first draining plate 100 in the vertical direction of FIG. 7 and the second draining plate 200. Install. The second draining plate 200 arranged at the upper part of FIG.
Is the tile receiver A at the uppermost stage in FIG. 7 arranged side by side in the gap 203 of the rising projecting plate portion 202.
The second side plate portions 20 and 20 'of FIG. 7 are fitted and engaged with each other, and the side plate portion 201 is fixedly attached to the wall base material 401, thereby performing the fitting process on the upper side of FIG.

Incidentally, the tile receiving structure is continuously provided on the above-mentioned structure,
In particular, when assembling each tile receiver A, the tile receiver A, which is used as a reference, for example, attached to the first draining plate, is sufficiently separated from the first draining plate. In this state, it is preferable to fix the tile base material 403. In addition, the tile receiving device A that is attached to the first draining plate 100 and the other tile receiving device A is also the first draining plate 1 to be attached.
00 and the tile receiver A that has already been fastened, it is preferable to fasten it to the tile base material 403. Furthermore, the tile receiver A that is attached to the tile receiver A that has already been attached is similarly sufficiently separated from the already attached tile receiver A that is the attachment target. In this state, it is preferable to fix the tile base material 403. Next, it is preferable that the second draining plate 200 be fixed to the wall base material 403 while considering the fit of the tile receiver A already fixed.

Incidentally, in the above, the first side plate portions 10, 1
Another tile receiver A that can be accommodated in the 0'gap 30
The engaging protrusions 22 of the second side plate portions 20, 20 'in the above can be tightly engaged with the engaging protrusions 14 of the hooking plate portions 13 in the first side plate portions 10, 10'. The engaging projection 202d of the hooking plate portion 202c of the rising projecting plate portion 202 of the second draining plate 200 is the tile receiving member A.
Of the second side plate portion of the first draining plate 100.
04 is configured to be capable of tightly engaging with the engaging convex portion 14 of the hooking plate portion 13 of the first side plate portion 10 or 10 ', and the tile receiving structures are connected to each other closely and tightly. It will be configured.

The tile P is adhered to each of the tile receivers A thus constructed by using the adhesive agent 41 to complete the tile construction. Incidentally, reference numeral 405 in the figure denotes an entrance / exit portion.

The above tile receiver A may be made of metal plate material such as stainless steel or aluminum plate material, or may be made of plastic. In addition, tile base material 403
Is a material suitable for mounting the tile receiver A, for example, a control panel material, an OSB material (Oriented Strand)
Board) or MDF material (Medium Density Fiberboar)
It may be any material such as d), and may be, for example, a mortar base.

The tile receiving device A and the tile receiving structure having such a structure can be used as a tile floor construction means for any portion such as, for example, an entrance, a balcony, various entrances and exits, and a part of a kitchen.

[0044]

EFFECTS OF THE INVENTION The present invention has a characteristic structure as described above, and in particular, a rectangular main body portion 1 which constitutes the tile receiver A.
The upper parts of the pair of first side plate parts 10 and 10 'of the rising plate parts 11 provided on the two adjacent sides of the joint plate part 12 and the hooking plate part provided downward from the joint plate part 12. 13 and a gap 30 is provided, and the other two sides of the main body 1 are provided with second side plate portions 20 and 20 'which are fitted and engaged in the gap 30. Since the tiles P can be attached to the inside of the main body 1, the second side plate portion 20 of one tile receiver A of the tile receivers A that are continuously arranged is the first side plate of the other tile receiver A.
In a state in which the tile receivers A are successively arranged so as to be located in the gap 30 in the side plate portion 10, the tile receivers A are fixedly attached to the installation surface, and the tile receivers A are also attached. By adhering the tiles P inside each of them in a housed state, the tiles can be easily and neatly and neatly constructed in order.

With this structure, the tiles P are simply adhered to each of the tile receivers A while being housed, whereby the joints on the tile surface are formed on the same line and the joint width and joint width are The joint depth is uniform, and it has the feature that tidying work can be done orderly without requiring special skill.

Further, the first draining plate 100 having the rising projecting plate portion 102 which is engaged with the tile receiving device A in the gap 30 of the first side plate portion 10 in the tile receiving device A, and the second draining plate 100.
The second drainer plate 200 having the rising plate portion 202 with the gap 203 in which the side plate portion 20 is fitted is referred to as the tile receiver A.
By adopting the tile receiving structure used together with the above, it is easy for an unskilled person to install the tile receiving device A, and it is possible to surely perform water treatment on the peripheral side of the tile.

[Brief description of drawings]

FIG. 1 is a perspective view showing a state where a tile receiver A and a tile P according to the present embodiment are separated.

FIG. 2 is a sectional view of the tile receiver A taken along line YY of FIG.

FIG. 3 is a plan view of a main part of the tile P attached to the tile receiver A.

FIG. 4 is a plan view of a main part of a tile construction floor surface in which a part of the tile receiver A is removed and a part of the tile P is removed from the tile receiver A.

FIG. 5 is an enlarged cross-sectional view of a main part showing a part of a tile construction part according to the present embodiment.

FIG. 6 is a sectional view of another main part of the tile construction part according to the present embodiment.

FIG. 7 is a plan view showing a construction state of tiles according to this embodiment.

FIG. 8 is a perspective view of a corner member.

FIG. 9 is a perspective view of the main parts of assembly of the tile receiver A according to the present embodiment.

[Explanation of symbols]

 A tile receiving device P tile 1 main body part 10 first side plate part 11 rising plate part 12 joint plate part 13 hooking plate part 20 second side plate part 30 gap 100 first draining plate 200 second draining plate

Claims (2)

[Claims] 1. A tile receiver, which is used by being fixedly attached to an installation surface in a state of being successively connected, the tile receiver being provided along two adjacent sides of a rectangular main body. And a pair of second side plate parts that rise with a rising width shorter than the rising width of the first side plate part along the other two sides facing the first side plate part. And a main body surrounded by the first side plate part and the second side plate part, in which tiles can be housed so that the upper parts thereof project above the upper ends of the first side plate part and the second side plate part. The first side plate portion is a joint plate portion in which an upper portion of the rising plate portion of the first side plate portion is bent and extended laterally,
In addition, the tip end of the joint plate portion is a hooking plate portion that extends downward in a bent shape with a required gap between the joint plate portion and the rising plate portion. However, the tile receivers are continuously provided so as to accommodate at least the upper side of the second side plate portion of the other tile receiver in the gap of the first side plate portion of the one tile receiver. Tile receiver. 2. A tile receiver, which is used by being fixedly attached to an installation surface in a state where the tile receivers are successively arranged, the tile receivers extending along two adjacent sides of a rectangular main body. And a pair of second side plate parts that rise with a rising width shorter than the rising width of the first side plate part along the other two sides facing the first side plate part. And a main body surrounded by the first side plate part and the second side plate part, in which tiles can be housed so that the upper parts thereof project above the upper ends of the first side plate part and the second side plate part. The first side plate portion is a joint plate portion in which an upper portion of the rising plate portion of the first side plate portion is bent and extended laterally,
In addition, the tip end of the joint plate portion is a hooking plate portion that extends downward in a bent shape with a required gap between the joint plate portion and the rising plate portion. Is a tile receiver that is continuously provided so as to accommodate at least the upper side of the second side plate portion of the other tile receiver in the gap of the first side plate portion of one tile receiver of the tile receiver, A side plate portion which rises along one side edge and constitutes the front surface of the wall, and a side plate portion which rises along the other side edge facing the side plate portion and which rises at least on the upper side in the gap between the first side plate portion of the receiver. A substantially quadrangular first draining plate having a rising projecting plate portion that fits, a side plate part that rises along one side edge and forms the front surface of the wall, and along the other side edge that faces the side plate part. Stand up and to the side It is composed of a substantially square second draining plate which is bent and then bent downward and provided with a rising projecting plate portion which is housed at least on the upper side of the second side plate portion of the receiving member. Tile receiving structure.