KR102589225B1 - Construction method of wall mounted type tile washstand - Google Patents

Abstract

The present invention relates to a construction method for a wall-mounted tile washbasin that finishes the washbasin with tiles, allowing various colors or shapes to match the interior of the room while improving aesthetics. The construction method of this tile washbasin includes multiple frames. A frame portion forming step (S10) of attaching the frame portion to each other to form a frame portion, a frame portion wall mounting step (S20) of mounting the frame portion to the wall using a mounting bracket, and a sink attachment step of attaching the sink portion to the inside of the frame portion. (S30), a drain cover arrangement step (S40) of arranging a drain cover on the inside of the sink, and forming a tile portion by attaching a plurality of tiles with cement to the exposed outer surfaces of the frame portion, the sink portion, and the drain cover. Includes a tile attachment step (S50).

Description

Construction method of a wall-mounted tile washstand{CONSTRUCTION METHOD OF WALL MOUNTED TYPE TILE WASHSTAND}

The present invention relates to a method of constructing a washbasin, and more specifically, to a method of constructing a wall-mounted tile washbasin in which the washbasin can be finished with tiles to achieve various colors or shapes that match the interior of the room while improving aesthetics. will be.

In general, a sink is a facility installed in a restroom or bathroom where one can wash their face or wash their hair while standing while receiving or running water.

As shown in FIG. 11, a conventional washbasin 100 is provided with a water reservoir at the front to receive water for use, and a faucet is fixed to the upper rear surface of the water reservoir. Here, the faucet is connected to a cold and hot water supply pipe that supplies cold and hot water, and a valve cartridge that adjusts the discharged flow rate while mixing the cold and hot water supplied from the cold and hot water supply pipe selectively or according to the desired water temperature is housed therein. The faucet that discharges the water discharged from the faucet to the outside is protruded.

Meanwhile, behind the sink in the bathroom, a bathroom shelf (masonry shelf) called a zendai is placed. The function of this bathroom shelf is to hide the sink pipe behind the shelf to organize the pipes and allow bathroom items to be placed on the top of the shelf. It is possible to provide a space where a spacious bathroom cabinet can be installed in the upper part of the building to improve storage, which is lacking in public housing.

However, the above prior art had the following problems.

The conventional wash basin consists of a white wash bowl made of ceramic material installed on the wall, which significantly reduces its aesthetics and has the problem of not being able to properly implement various colors or shapes that match the interior of a bathroom, etc.

Registered Patent No. 1898125 “Bathroom Sink Installation Structure” (2018.09.06)

Accordingly, the present invention was devised to solve all the problems of the prior art as described above.

The purpose of the present invention is to provide a method of constructing a wall-mounted tile washbasin that allows the washbasin to be finished with tiles to achieve various colors or shapes that match the interior of the room while improving aesthetics.

In order to achieve the above object, the "construction method of a wall-mounted tile sink" according to the present invention prepares an upper frame and a lower frame provided in a square shape, and installs a vertical frame perpendicular to the corners of the upper frame and the lower frame. Attaching a frame portion forming step of forming a frame portion by attaching support frames to both inner sides of the upper frame; A frame wall mounting step of preparing a pair of mounting brackets and mounting the rear side of the upper frame to the wall using the mounting brackets; Preparing a washbasin unit with an open upper surface, a closed lower part, and a drain hole formed to accommodate and drain water, placing the washbasin unit inside the frame unit, and attaching the washbasin unit to the upper surface of the support frame; a drain cover arrangement step of preparing a drain cover to cover the drain hole on the inner lower surface of the sink, and placing the drain cover on the inner lower surface of the sink; A tile attachment step of forming a tile portion by attaching a plurality of tiles with cement to the upper surface and outer circumference of the frame portion, the upper surface of the sink portion, and the outer surface exposed to the upper surface of the drain cover; It is characterized by including.

In addition, in the step of attaching the sink part of the "construction method of a wall-mounted tile sink" according to the present invention, the sink portion is formed by bending horizontally at the bottom of the vertical plate and the vertical plate, and the drain hole is formed in the central portion. A horizontal plate, a bent plate formed by bending vertically upward at an end of the horizontal plate, an inclined plate formed to be inclined upward from the top of the bent plate toward the front, the vertical plate, the horizontal plate, and the bent plate and a side plate attached to close both sides of the inclined plate.

In addition, the horizontal plate of the "Construction method of a wall-mounted tile sink" according to the present invention is characterized in that four guide grooves are formed at its four corners to be recessed toward the drain hole.

In addition, the tile attachment step of the "construction method of a wall-mounted tile sink" according to the present invention involves placing the bent plate on the upper surface of the horizontal plate so that the tiles attached to the outer surfaces of the vertical plate, inclined plate, and side plate do not move downward. It is characterized in that it further includes a process of supporting the tile by inserting a U-shaped fitting member between the lower end of the vertical plate.

In addition, the frame wall mounting step of the "construction method of a wall-mounted tile sink" according to the present invention involves fixing the lower end of the mounting bracket to the wall with an anchor bolt, screwing a fixing bolt to the top of the mounting bracket, and screwing the fixing bolt to the top of the mounting bracket. It is characterized by pressing and fixing the outer surface of the upper frame with fixing bolts.

As described above, the present invention allows the washbasin to be finished with tiles to achieve various colors or shapes that match the interior of the room, thereby significantly improving the aesthetics of the washbasin itself.

1 is a step diagram showing the construction method of a tile sink according to the present invention;
2 to 10 are diagrams showing the construction method of a tile sink according to the present invention;
Figure 11 is a schematic perspective view showing a conventional washbasin.

Hereinafter, a preferred embodiment of the present invention will be described in more detail with reference to the accompanying drawings. However, it should be understood that the invention may be implemented in many different forms and is not limited to the described embodiments.

Figures 1 to 10 are diagrams showing the construction method of a tile sink according to the present invention. As shown, the construction method of a wall-mounted tile sink according to the present invention includes a frame forming step (S10) of forming a frame by attaching a plurality of frames to each other, and mounting the frame to the wall using a mounting bracket. A wall mounting step (S20), a sink attaching step (S30) of attaching a sink portion to the inside of the frame portion, a drain cover arrangement step (S40) of placing a drain cover inside the sink portion, and the frame portion and the sink portion. It includes a tile attachment step (S50) of forming a tile portion by attaching a plurality of tiles with cement to the exposed outer surface of the portion and the drain cover.

The frame forming step (S10) prepares a square upper frame and a diagonal lower frame with an open rear side, attaches a vertical frame vertically to the corners of the upper frame and the lower frame, and attaches the upper frame to the upper frame. This refers to the step of forming a frame by attaching support frames to both inner sides of the frame and attaching both ends of the support between the pair of vertical frames located on the rear side. This step serves to form a frame portion that can be mounted on the wall and supports the sink unit (see Figure 2).

Here, the frame part 10 serves to provide a place where the washbasin part 30 and the tile part 50 are attached while providing a part that is supported and fixed to the wall by the mounting bracket 20. do.

The frame portion 10 includes an upper frame 11 formed by being joined in a rectangular shape forward, front, and left and right, and a lower frame 12 formed by being joined in a diagonal shape to the front and left and right with the lower part of the upper frame 11. and a vertical frame 13 vertically attached to the corners of the upper frame 11 and the lower frame 12, and a pair of support frames 14 respectively attached to both inner sides of the upper frame 11. Includes (see Figure 2).

In addition, the support frame 14 serves to provide a place where the washbasin unit 30 is attached and supported inside the frame unit 10.

The frame portion 10 further includes a support 15 attached at both ends between the pair of vertical frames 13 located at the rear side. The support 15 serves to reinforce the rear side of the frame portion 10.

In the frame unit wall mounting step (S20), a pair of mounting brackets having fixed jaws bent upward and provided with rubber pads are prepared, the upper frame is placed on the mounting brackets behind the fixed jaws, and the upper frame is installed. This refers to the step of mounting the rear side of the device to the wall. This step serves to mount the frame unit to the wall of the place where the washbasin is to be installed through the mounting bracket (see FIGS. 3 and 4).

The mounting bracket 20 is formed in the shape of a crossbar and is fastened to the wall with anchor bolts A while supporting the lower surface of the upper frame 11 located on the rear side, and the upper frame 11 is fixed. The front end is bent upward to be supported and fixed by a bolt 22, and has a fixing jaw 21 to which the fixing bolt 22 is screwed, and the rear side of the upper frame 11 is mounted on the wall. It plays a role.

The mounting bracket 20 as described above further includes a rubber pad 23 disposed between the end of the fixing bolt 22 and the outer surface of the upper frame 11. The rubber pad 23 serves to appropriately support the pressing of the upper frame 11 by the fixing bolt 22.

More specifically, the frame unit wall mounting step (S20) involves fixing the lower end of the mounting bracket to the wall with an anchor bolt, screwing a fixing bolt to the fixing jaw at the top of the mounting bracket, and attaching the rubber pad and the upper part with the fixing bolt. The frame portion is mounted on the wall by pressing and fixing the outer surface of the frame.

The step of attaching the sink (S30) refers to the step of preparing a sink with an open top, a closed bottom, and a drain hole to accommodate and drain water, and inserting and attaching the sink to the inside of the support frame. This step serves to install the washbasin unit by attaching it to the support frame inside the frame unit (see FIGS. 5 and 6).

Here, the sink unit 30 provides a place where water for washing can be collected and drained, allowing the user to wash.

The washbasin unit 30 includes a vertical plate 31 provided vertically, a horizontal plate 32 formed by bending horizontally at the bottom of the vertical plate 31 and forming the drain hole 33, and A bent plate 34 formed at an end of the horizontal plate 32 by being bent vertically upward, an inclined plate 35 formed to be inclined upward toward the front from the top of the bent plate 34, and the number It consists of a side plate 36 attached to close both sides of the straight plate 31, the horizontal plate 32, the bent plate 34, and the inclined plate 35, and the upper end is attached to the upper surface of the support frame 14.

The horizontal plate 32 has four guide grooves 321 formed at its four corners to be recessed toward the drain hole 33. The guide grooves 321 are collected on the upper surface of the horizontal plate 32. It serves to provide a passage leading water to the drain hole 33 so that the water can be drained quickly. It is preferable that the guide groove 321 is recessed lower as it approaches the drain hole 33 to facilitate water drainage.

The drain cover arrangement step (S40) refers to the step of preparing a drain cover that covers the drain hole on the inner lower surface of the sink and placing the drain cover on the inner lower surface of the sink. This step serves to improve aesthetics by covering the drain hole through the drain cover (see Figures 7 and 8).

The drain cover 40 is formed as a flat plate to cover the upper surface of the horizontal plate 32, and has front and rear ends spaced upwardly from the upper surface of the horizontal plate 32 above the height of the bent plate 34. The bending support jaw 41 is formed by bending, and a drainage groove 42 is formed by cutting the central portion of the bending support jaw 41 corresponding to the inclined plate 35.

The tile attachment step (S50) refers to a step of forming a tile portion by attaching a plurality of tiles with cement to the upper surface and outer perimeter of the frame portion, the upper surface of the sink portion, and the outer surface exposed to the upper surface of the drain cover. In this step, the tile portion 50, which is formed by attaching tiles, implements various colors and shapes, thereby improving the durability of the sink and improving aesthetics (see FIG. 9).

Here, the tile provided in the tile unit 50 is typically made of porcelain material formed by baking mud, but is not limited to this and various materials may be used.

In this tile attachment step (S50), a U-shaped fitting member ( It further includes the process of inserting M) to support the tile. This process is to prevent the tiles attached with cement to the outer surfaces of the vertical plate, inclined plate, and side plate by providing a U-shaped fitting member (M) and a wedge to fix it, from flowing down while the cement is hardening (Figure 10 reference).

Although the preferred embodiments of the present invention have been described above, various changes, modifications, and equivalents may be used in the present invention. It is clear that the present invention can be equally applied by appropriately modifying the above embodiment. Accordingly, the above description does not limit the scope of the present invention, which is defined by the limitations of the claims below.

Meanwhile, in the detailed description of the present invention, specific embodiments have been described, but it will be obvious to those skilled in the art that various modifications are possible without departing from the scope of the present invention.

10: frame part
11: upper frame 12: lower frame
13: vertical frame 14: support frame
20: Mounting bracket
21: fixed jaw 22: fixed bolt
30: Bathroom loaner
31: vertical plate
32: horizontal plate 321: guidance groove
33: drain hole 34: bending plate
35: inclined plate 36: side plate
40: Drain cover
41: bending support jaw 42: drainage groove
50: Tile part

Claims (5)

Prepare a rectangular upper frame and a diagonal lower frame with an open rear side, attach a vertical frame vertically to the corners of the upper frame and the lower frame, and support frames on both inner sides of the upper frame. A frame portion forming step (S10) of forming a frame portion by attaching both ends of a support between the pair of vertical frames located on the rear side;
Prepare a pair of mounting brackets with fixed jaws bent upward and equipped with rubber pads, fix the lower end of the mounting brackets to the wall with anchor bolts, and attach the upper frame to the mounting bracket behind the fixed jaws. Place it, place a rubber pad between the fixing ledge and the outer surface of the upper frame, and screw a fixing bolt to the fixing ledge at the top of the mounting bracket while pressing the rubber pad and the outer surface of the upper frame with the fixing bolt. A frame wall mounting step (S20) of mounting the rear side of the upper frame to the wall;
A washbasin attachment step (S30) of preparing a washbasin with an open top and a closed bottom and a drain hole to accommodate and drain water, placing the washbasin inside the frame and attaching it to the top of the support frame; ;
A drain cover arrangement step (S40) of preparing a drain cover to cover the drain hole on the inner lower surface of the washbasin unit and placing the drain cover on the inner lower surface of the washbasin unit;
A tile attachment step (S50) of forming a tile portion by attaching a plurality of tiles with cement to the upper surface and outer circumference of the frame portion, the upper surface of the sink portion, and the outer surface exposed to the upper surface of the drain cover; Contains,
In the sink attachment step (S30), the sink unit is,
vertical plate,
A horizontal plate formed by bending horizontally at the bottom of the vertical plate and having the drain hole formed in the central portion;
A bent plate formed by bending vertically toward the top at an end of the horizontal plate,
an inclined plate formed to slope upward toward the front from the upper end of the bent plate;
It consists of a vertical plate, a horizontal plate, a bending plate, and a side plate attached to close both sides of the inclined plate,
The horizontal plate is,
Four guide grooves are formed at the four corners to be depressed toward the drain hole,
In the tile attachment step (S50),
A process of supporting the tiles by inserting a U-shaped fitting member between the lower end of the bent plate and the vertical plate on the upper surface of the horizontal plate to prevent the tile attached to the outer surface of the vertical plate, inclined plate, and side plate from moving downward, A method of constructing a wall-mounted tile sink comprising: delete delete delete delete