JPH09158297A - Draining socket and construction method of toilet bowl using it - Google Patents

Abstract

PROBLEM TO BE SOLVED: To dispense with formation of pattern paper or positioning, and improve constructing property by continuously connecting a drain hole to a drain flange when the position of the drain hole of a new toilet bowl is differed from the position of the draining flange on a floor surface side in the replacement of an existing old toilet bowl. SOLUTION: A positioning space 18 is arranged between a toilet room rear wall surface 20 and the mounting part 2b of a toilet bowl part socket 2, and the mounting part 2b is fixed to a floor surface. A draining socket 1 is automatically positioned by matching the front end of a flange part socket 3 to the mounting position of a toilet fixing member 14. The spacer 18 is then separated from the mounting part 2b, bolt holes 19, 19 are inserted to bolts 12, 12 of an existing draining flange 8, a semi-cylindrical part 18a is fitted onto an adjuster pipe part 4, and the flange part socket 3 is connected to the adjuster pipe part 4. The drain hole of the toilet body is then inserted to the inflow port 5 side of the toilet bowl part socket 2 to continuously connect the draining socket 1 to the toilet bowl side. Both side surfaces and side walls of the toilet bowl body are connected to the fixing member 14 fixed to the floor surface.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention, when replacing an existing old toilet with a new toilet, connects the drain of the new toilet and the drainage flange on the floor side to each other in a communicating manner. The present invention relates to a drainage socket and a method of constructing a toilet using the same.

[0002]

2. Description of the Related Art The position of the drainage outlet of a toilet bowl depends on the difference in the cleaning method of the toilet bowl such as siphon type, siphon jet type, wash-off type or the shape and size of the toilet bowl itself, and also the shape and size of the cleaning tank. Is different. Therefore, when replacing an existing old toilet with a new toilet of a different type, it is not possible to directly connect the drain of the new toilet to the existing drainage flange on the floor side. .

In such a case, the toilet part socket connected to the drain of the toilet, the flange part socket connected to the drainage flange, and the adjuster pipe part connecting these toilet part socket and the flange part socket The drain outlet of the new toilet was connected to the existing drainage flange on the floor side using a drain socket consisting of and.

[0004]

However, in the conventional construction work of a toilet with a drainage socket, a pattern is first prepared in order to determine the position of the drainage socket, and this pattern is used after the toilet room of the building frame. The measurement is performed so that it is located at a predetermined dimension from the wall surface. This is to prevent the washing tank placed on the upper rear surface of the toilet bowl from interfering with the wall surface, and to determine the position of the drain outlet of the toilet bowl at that time.

Then, the dimension from the drain line center line of the paper pattern to the center line of the drainage flange on the floor is measured, the adjuster pipe portion is cut according to this size, the length thereof is determined, and the drainage socket is assembled. After that, this was fixed to the floor surface, and finally, the drain outlet of the toilet body was fitted into the toilet part socket to fix the toilet body to the floor surface.

In such a toilet bowl construction method, it is necessary to prepare and prepare a pattern according to the toilet bowl in advance.
Moreover, it was necessary to measure the distance from the wall surface to determine the position of the pattern.
Further, it is necessary to measure the dimension from the center line of the drainage port of the positioned pattern paper to the centerline of the drainage flange of the existing floor surface, and to remove an unnecessary portion of the adjuster pipe portion. As described above, in the conventional method of constructing a toilet using a drainage socket, there is a drawback that preparation of the pattern paper and measurement of dimensions for positioning and the like are indispensable, and the entire construction work becomes complicated. .

[0007]

DISCLOSURE OF THE INVENTION The present invention has been made by improving and removing the conventional problem in view of the above-mentioned problems, and a drainage socket which does not require a paper pattern and does not require dimension measurement, and a toilet bowl construction method using the same. Is intended to be provided.

In order to solve the above-mentioned problems, the means of claim 1 adopted by the present invention connects the drainage port of the toilet bowl with the drainage flange fixed to the floor side to communicate with the sewage. A drainage socket that is connected to the drainage port of the toilet bowl and is fixed to the floor directly under the drainage port, a flange socket that is connected to the drainage flange side and fixed to this, and these toilet bowls The length from the drainage centerline of the toilet bowl to the front end surface of the flange socket is measured from the drainage centerline of the toilet bowl to the toilet bowl main body. Is a dimension up to a fixing member for fixing the side wall surface at the front end to the floor surface.

The means of claim 2 is the drain socket according to claim 1, characterized in that an orifice for generating a siphon is formed in a part of the inner wall surface of the flow path of the toilet part socket. .

According to a third aspect of the present invention, there is provided a drainage socket for connecting a drainage port of a toilet bowl and a drainage flange that is fixed to the floor surface and communicates with sewage or the like. And the flange socket that is connected to the drainage flange side and fixed to this, and the toilet socket and the flange socket that communicate with each other. A drainage socket, which comprises an adjuster pipe portion to be connected, and an engagement portion with a fixing member for fixing the side wall surface of the front end of the toilet body to the floor surface is formed on the front end surface of the flange socket. Is.

Further, the means of claim 4 adopted by the present invention is a drain socket for connecting the drain outlet of the toilet and the drain flange fixed to the floor side for communicating with sewage or the like. Between the toilet bowl socket that is connected to the drain outlet and fixed to the floor directly under the drain outlet, the flange socket that is connected to the drainage flange side and fixed to this, and the toilet bowl socket and the flange socket Is a drainage socket characterized in that the flange part socket mounting flange is cut out from the bolt hole part of the drainage flange, half of which is close to the toilet part socket. .

According to a fifth aspect of the present invention, there is provided a drainage socket for communicatingly connecting a drainage outlet of a toilet bowl with a drainage flange that is fixed to the floor and communicates with sewage. And the flange socket that is connected to the drainage flange side and fixed to this, and the toilet socket and the flange socket that communicate with each other. A drainage socket comprising an adjuster pipe part to be connected, and a mounting part of the toilet part socket on the floor is formed of a soft material.

According to a sixth aspect of the present invention, there is provided a drain socket for connecting a drain outlet of a toilet bowl and a drain flange fixed to the floor surface for communicating with sewage or the like. And the flange socket that is connected to the drainage flange side and fixed to this, and the toilet socket and the flange socket that communicate with each other. A drainage socket comprising a adjuster pipe part to be connected, and a positioning spacer for setting the installation position from the wall surface is detachably connected to the mounting part on the floor of the toilet part socket. Is.

According to a seventh aspect of the present invention, the positioning spacer has a fitting hole inserted into the bolt of the drainage flange, and a dimension from the fitting hole to one end surface of the positioning spacer is an adjuster tube. The drainage socket according to claim 6, wherein a fitting margin required for connecting the portion to the flange socket is set.

The means of claim 8 adopted by the present invention is characterized in that the positioning spacer has a semi-cylindrical shape part which is externally fitted and mounted on the adjuster tube part.
It is the drain socket described in.

The means of claim 9 adopted by the present invention is a toilet part socket which is connected to a drainage port of a toilet bowl and fixed to a floor surface directly below the drainage port, and is connected to and fixed to a drainage flange side. A method of constructing a toilet bowl using a drain socket comprising a flange socket and an adjuster pipe section for connecting and connecting the toilet socket and the flange socket, wherein the toilet socket is attached to the floor. A positioning spacer is placed between the floor wall and the rear wall of the building to secure the toilet bowl socket to the floor, and the toilet bowl fixing member is applied to the front end surface of the flange socket to position it and secure it to the floor. After that, the positioning spacer is inserted into the bolt hole of the drainage flange, the adjuster pipe portion is cut at one end surface side of the positioning spacer at that time, and the unnecessary portion is cut off. The external socket is attached to the end surface of the adjuster pipe at the cutting side, and is fixed to the bolt of the drainage flange.Finally, the drain outlet of the toilet bowl is inserted into the inlet side of the toilet socket and inserted into the toilet body. A method of constructing a toilet bowl, characterized in that a predetermined portion is fixed to a floor surface.

Still further, the means of claim 10 adopted by the present invention is to connect the drain socket of the toilet to the drain outlet of the toilet and to be fixed to the floor directly below the drain outlet, and to connect to the drain flange side. A method for constructing a toilet using a drain socket comprising a flange socket to be fixed and an adjuster pipe connecting the toilet socket and the flange socket for communication. With a positioning spacer between the mounting part of the and the rear wall surface of the building frame, apply the toilet bowl fixing member to the front end surface of the flange socket to position it and fix it to the floor surface. The socket and adjuster pipe are moved in parallel and placed next to the drainage flange side by side, and the flange socket is fixed to the bolt on the drainage flange. Cut the adjuster pipe at the position of the mark provided on the socket to remove unnecessary parts, remove the spacer from the toilet socket, and fit the cut end of the adjuster pipe to the flange socket. It is characterized in that the toilet bowl socket is fixed to the floor surface by finally fixing the drainage port of the toilet bowl to the inlet side of the toilet bowl socket to fix a predetermined part of the toilet body to the floor surface. It is a method of constructing a toilet bowl.

[0018]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The configuration of the present invention will be described below with reference to the embodiments of the invention shown in the drawings. 1 to 3 relate to an embodiment of the present invention. FIG. 1 (a) is a plan view of a drain socket 1, FIG. 1 (b) is the same vertical sectional view, and FIG. 2 (a). ) To (e) are process drawings for explaining the construction procedure, and FIG. 3 is a longitudinal sectional view showing the state after construction.

As shown in FIGS. 1 (a) and 1 (b), the drain socket 1 is connected to the toilet socket 2 connected to the drain of the toilet body and the drain flange of the existing floor. The flange socket 3 and the adjuster pipe 4 which connects the toilet socket 2 and the flange socket 3 in communication with each other, and the total length L thereof is set to a predetermined length described later.

The toilet socket 2 has a bottomed cylindrical main body 2a having an open top surface and a mounting portion 2b fixed to the floor surface.
And the opening side is the drain port 23 of the toilet body 22 (see FIG.
It is an inflow port 5 connected to (see). Further, an outlet port 6 is formed on the side surface of the cylindrical main body 2a for externally fitting and mounting one end side of the adjuster tube portion 4. Further, an orifice 7 for generating a siphon effect is formed on the inner peripheral surface side of the cylindrical main body 2a. As a result, it is not necessary to form an orifice on the toilet body side, and the toilet can be manufactured very easily.

On the other hand, the flange portion socket 3 has a drainage flange 8 fixed to the existing floor surface (see FIG. 2 (e)).
And an inflow port 10 externally fitted to the other end side of the adjuster tube portion 4. The flange socket 3 is attached to the drainage flange 7 by the attaching flange 11. The collar part 11 is
The long holes 1 and 13 have the long holes 13 and 13 to be fitted with the mounting bolts 12 and 12 of the drainage flange 8 (see FIG. 2E).
3 and 13 are open by cutting off the toilet part socket 2 side.

Further, on the front end surface of the flange socket 3, there is formed a convex portion 15 for engaging with the fixing member 14 for fixing the toilet body. The fixing member 14 has a convex portion 1.
5 has a concave portion 16 corresponding to 5, and the inner peripheral surface side of the fixing member 14 is set to have the same curvature as the arc of the collar portion 10 so as to be in close contact therewith.

Furthermore, the drain socket 1 has a positioning spacer 18 having a semi-cylindrical portion 18a which can be fitted onto the adjuster pipe portion 4 and ears 18b at both ends thereof. The positioning spacer 18 has bolt holes 19 and 19 through which the mounting bolts 12 of the drainage flange 8 are inserted, and the dimension X from the center line of the bolt holes 19 and 19 to the one end side is equal to that of the adjuster tube portion 4. It is set to be equal to the dimension from the cut end face to the center line connecting the mounting bolts 12 of the drainage flange 8.

Further, the overall width Y of the positioning spacer 18
Is set to a predetermined dimension described later. The positioning spacer 18 may be integrally formed with the mounting portion 2b of the toilet socket 2 as shown in FIG. 2 (a) so that it can be cut and separated, and FIG. 1 (a) and FIG. It may be molded separately as shown in (b).

Next, a method of constructing a toilet using the drain socket 1 thus constructed will be described with reference to FIGS. 2 (a) to 2 (e). First, as shown in FIG. 2 (a), the positioning spacer 18 is arranged between the rear wall surface 20 of the toilet room and the mounting portion 2 b on the floor of the toilet socket 2 to mount the mounting portion 2 b. Fix to the floor. When the positioning spacer 18 is formed integrally with the mounting portion 2b,
There is no need to separately arrange them.

The overall width Y of this positioning spacer 18
Is the size from the rear wall surface 20 of the toilet room to the position of the center line of the inlet 5 of the toilet socket 2 with the spacer 18 shown in FIG. It is set to be slightly larger than the dimension up to the center line of the drain port 23 of the toilet body 22. In other words, the size of the cleaning tank is set so as not to interfere with the rear wall surface 20 of the toilet room when a new toilet bowl is set.

Further, the drain socket 1 has a total length L set so that the position of the front end face of the flange socket 3 becomes the mounting position of the toilet fixing member 14. Therefore, the toilet fixing member 14 is positioned in the front-rear, left-right direction only by engaging the concave portion 16 with the convex portion 15 of the front end surface of the flange socket 3 with the spacer 18 shown in FIG. Will be automatically performed, and it may be fixed to the floor at this position. In addition, this toilet bowl fixing member 14
Is located on the inner surface side of the side wall 22a on the front end side of the toilet body 22, and is for fixing the front end side of the toilet body 22 by screwing a screw or the like from the outside of the toilet body 22. The head of each of these may be covered with a decorative nut (not shown).

After that, as shown in FIG. 2B,
The positioning spacer 18 is separated from the mounting portion 2b, or if it is a separate body, it is taken out and its bolt hole 1
9 and 19 are inserted into the bolts 12 and 12 of the existing drainage flange 8 which have been attached to the floor since the old toilet bowl, and the semi-cylindrical portion 18a is externally fitted and attached to the adjuster pipe portion 4. FIG. 1A and FIG. 1B show the state at this time. Then, the adjuster tube portion 4 is cut at a position of the end surface of the positioning spacer 18 which is close to the toilet part socket 2 side, and the cut unnecessary portion and the positioning spacer 18 are removed as shown in FIG.

Next, as shown in FIG. 2 (d), the flange socket 3 is horizontally moved toward the toilet socket 2 at the position of the floor surface so that the elongated holes 13, 13 are open. Then, this is mounted on the mounting bolts 12, 12 of the drainage flange 8, and at the same time, the inflow port 10 is externally mounted on the outlet side end of the adjuster pipe section 4. Finally, the flange 11 of the flange socket 3 is attached to the mounting bolt 1 of the drainage flange 8.
It may be fastened with nuts screwed to Nos. 2 and 12. A packing 21 (see FIG. 2E) is attached to the lower surface side of the flange socket 3 so as to perform a seal with the drainage flange 8.

When the flange socket 3 is connected to the adjuster pipe 4 and fixed to the drainage flange 8 side and the mounting portion 2b of the toilet socket 2 is formed of a soft material, As shown in FIG. 2E, by utilizing the flexibility of the mounting portion 2b, the inlet 10 side of the flange socket 3 is externally fitted and attached to the cut end surface side of the adjuster pipe portion 4, and then Further, it is possible to fix the flange portion 11 of the flange socket 3 to the drainage flange 8.

After mounting the drain socket 1 on the floor and connecting it to the drain flange 8 in this manner, as shown in FIG. 3, the toilet body 22 is prepared, and its drain port 23 is connected to the drain of the toilet socket 2. Insert it into the inlet 5 side to connect the drain socket 1 to the toilet side. Then, both sides of the rear part of the toilet body 22 are bolted to the floor surface, and the side wall 22a on the front end side is fixed.
May be connected to the fixing member 14 fixed to the floor surface with screws. After that, the cleaning tank may be mounted and fixed on the toilet body 22, and the shower device or the like may be attached.

Next, a procedure for constructing a toilet using the drain socket 24 according to another embodiment of the present invention will be described with reference to FIG. In this embodiment, the positioning spacer 25 formed integrally with the mounting portion 2b of the toilet socket 2 is formed of a narrow plate member. Further, a predetermined mark is displayed on the flange socket 3 by engraving or notching. Other configurations, the dimensional relationship between the positioning spacer 25 and the drain socket 24, and the like are the same as those in the embodiment shown in FIGS. 1 to 3 described above.

In the toilet bowl construction method of this embodiment, first, as shown in FIG. 4A, the positioning spacer 25 is applied to the wall surface 20 on the line passing through the center of the drainage flange 8. The entire drainage socket 1 is arranged, and in this state, the toilet fixing member 14 is applied to the front end face of the flange socket 3 and fixed to the floor at that position.

Next, as shown in FIG. 3B, the adjuster tube portion 4 is pulled out from the flange portion socket 3, and the toilet socket 2 and the adjuster tube portion 4 are attached with the positioning spacer 25 applied to the wall surface 20. The drainage flange 8 is moved in parallel to the adjacent position, and is arranged in parallel with it. Then, the elongated hole 13 of the flange socket 3 is fitted into the mounting bolt 12 of the drainage flange 8, and the flange socket 3 is fixed with a fastening nut. In this fixed state, the mark formed on the flange socket 3 indicates the cutting position of the adjuster tube portion 4. Therefore, the adjuster pipe portions 4 arranged in parallel next to each other are cut using the mark formed on the flange socket 3 as a guide,
The unnecessary part may be removed.

After that, as shown in FIG. 7C, the positioning spacer 25 is removed from the mounting portion 2b by breaking or the like, and the cut end surface side of the adjuster tube portion 4 is connected to the flange socket with an adhesive. It is internally fitted to the tubular connection portion of No. 3. Then, the mounting portion 2b of the toilet bowl socket 2 is fixed to the floor surface.

Finally, as in the case of the embodiment shown in FIG. 3, the toilet body 22 is prepared, the drain port 23 thereof is inserted into the inlet port 5 side of the toilet socket 2, and the drain socket 24 is attached to the toilet side. It is enough to connect to. Then, both rear side surfaces of the toilet body 22 are bolted to the floor surface, and the side wall 22a on the front end side is connected to the fixing member 14 fixed to the floor surface with screws. After that, the washing tank is placed and fixed on the toilet body 22, and the shower device or the like is attached.

In this embodiment, the positioning spacer 2
Since a narrow plate-shaped member can be used as 5, the handling of the entire drainage socket 24 is extremely convenient for positioning and the like.

[0038]

As described above, in the present invention,
When installing a new toilet bowl in place of an existing old toilet bowl,
When the position of the drainage port is different, the installation position of the drainage socket can be determined without using a template, and the template is unnecessary. Further, the cutting position of the adjuster pipe can be indexed by using the positioning spacer, and the troublesome work of measuring the dimension as in the conventional case is completely unnecessary.

[Brief description of the drawings]

FIG. 1 shows an entire drainage socket according to the present invention, FIG. 1 (a) is a plan view, and FIG. 1 (b) is a longitudinal sectional view.

2A to 2D are diagrams showing respective steps during construction of the drainage socket according to the present invention, wherein FIGS. 2A to 2D are plan views of the respective steps, and FIG. 2E is a longitudinal sectional view.

FIG. 3 is a vertical cross-sectional view showing a case where a toilet body is constructed using the drain socket according to the present invention.

[Fig. 4] Fig. 4 is a diagram showing each step during construction of a drainage socket according to another embodiment of the present invention, and is shown in Figs.
[Fig. 3] is a plan view in each step.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Drain socket 2 ... Toilet socket 3 ... Flange socket 4 ... Adjuster pipe 7 ... Orifice 8 ... Drain flange 12 ... Mounting bolt 13 ... Long hole 14 ... Toilet fixing member 15 ... Convex portion 16 ... Recessed portion 18 ... Positioning spacer 19 ... Bolt hole 20 ... Toilet room rear wall surface 22 ... Toilet body 23 ... Drainage port 24 ... Drainage socket 25 ... Positioning spacer

Claims (10)

[Claims] 1. A drain socket for connecting a drain outlet of a toilet bowl to a drain flange fixed to the floor surface for communicating with sewage, etc., which is a floor surface directly below the drain outlet connected to the drain outlet of the toilet bowl. A toilet bowl socket fixed to the drainage flange side, a flange socket connected to the drainage flange side and fixed thereto, and an adjuster pipe section connecting the toilet bowl socket and the flange socket for communication. The distance from the drain socket centerline of the socket to the front end surface of the flange socket is the dimension from the drain centerline of the toilet body to the fixing member that fixes the side wall surface at the front end of the toilet body to the floor. And drain socket. 2. A part of the inner wall surface of the flow path of the toilet socket is
The drain socket according to claim 1, wherein an orifice for generating a siphon is formed. 3. A drain socket for connecting a drain outlet of a toilet bowl and a drain flange fixed to the floor side for communicating with sewage, etc., the floor surface being connected to the drain outlet of the toilet bowl and directly below the drain outlet. A socket part fixed to the drainage flange side, a flange part socket connected to the drainage flange side and fixed to this, and an adjuster pipe part communicating between the toilet part socket and the flange part socket. The drain socket, wherein the front end surface of the partial socket is formed with an engaging portion with a fixing member for fixing the side wall surface of the front end of the toilet body to the floor surface. 4. A drain socket for connecting a drain outlet of a toilet bowl to a drain flange fixed to the floor surface for communicating with sewage, etc., which is a floor surface directly below the drain outlet connected to the drain outlet of the toilet bowl. A socket part fixed to the drainage flange side, a flange part socket connected to the drainage flange side and fixed to this, and an adjuster pipe part communicating between the toilet part socket and the flange part socket. The drainage socket is characterized in that the attachment flange of the socket is cut off from the bolt hole portion of the drainage flange at a portion closer to the toilet socket. 5. A drain socket for connecting a drain outlet of a toilet bowl to a drain flange fixed to the floor surface for communicating with sewage, etc., which is a floor surface directly below the drain outlet connected to the drain outlet of the toilet bowl. A toilet bowl socket fixed to the drainage flange side, a flange socket connected to the drainage flange side and fixed thereto, and an adjuster pipe section connecting the toilet bowl socket and the flange socket for communication. A drainage socket characterized in that a portion of the partial socket to be attached to the floor is formed of a soft material. 6. A drain socket for connecting a drain outlet of a toilet bowl to a drain flange fixed to the floor surface for communicating with sewage, etc., which is a floor surface directly below the drain outlet connected to the drain outlet of the toilet bowl. A toilet bowl socket fixed to the drainage flange side, a flange socket connected to the drainage flange side and fixed thereto, and an adjuster pipe section connecting the toilet bowl socket and the flange socket for communication. A drainage socket characterized in that a positioning spacer for setting an installation position from a wall surface is detachably connected to a mounting portion of the partial socket on the floor surface. 7. The positioning spacer has a fitting hole to be inserted into a bolt of the drainage flange, and a dimension from the fitting hole to one end face of the positioning spacer is necessary for connection to the flange socket of the adjuster pipe section. The drainage socket according to claim 6, wherein the drainage socket is set to a different fitting allowance. 8. The drain socket according to claim 6, wherein the positioning spacer has a semi-cylindrical portion that is externally fitted and attached to the adjuster tube portion. 9. A toilet bowl socket connected to a drainage port of a toilet bowl and fixed to a floor directly below the drainage bowl, a flange socket connected to and fixed to a drainage flange side, and these toilet bowl sockets. A method of constructing a toilet using a drainage socket consisting of an adjuster pipe connecting the flange socket and the flange socket, wherein the toilet socket is installed between the floor mounting part and the rear wall of the building frame. Place the positioning spacer to fix the toilet socket to the floor, apply the toilet fixing member to the front end surface of the flange socket to position it, and fix it to the floor.After that, drain the positioning spacer. Insert it into the bolt hole of the flange, cut the adjuster pipe part at one end side of the positioning spacer at that time and cut off the unnecessary part, and further insert the flange part socket into the adjuster pipe. It is externally fitted to the end surface of the cutting side and fixed to the bolt of the drainage flange, and finally the drainage port of the toilet bowl is inserted into the inlet side of the toilet bowl socket to fix the predetermined part of the toilet body to the floor surface. A method of constructing a toilet bowl characterized in that 10. A toilet part socket connected to a drainage port of a toilet bowl and fixed to a floor directly below the drainage port, a flange part socket connected to a drainage flange side and fixed thereto, and these toilet part sockets. A method of constructing a toilet using a drainage socket consisting of an adjuster pipe connecting the flange socket and the flange socket, wherein the toilet socket is installed between the floor mounting part and the rear wall of the building frame. With the positioning spacer in place, apply the toilet bowl fixing member to the front end surface of the flange socket to position it and fix it to the floor surface.After that, move the toilet bowl socket and adjuster pipe in parallel to drain the water. Place the socket next to the flange side by side, fix the flange socket to the bolt of the drainage flange, and in that state, adjust the adjuster at the position marked on the flange socket. By cutting the pipe section cut away unnecessary portions,
While removing the spacer from the toilet part socket, fit the cut end side of the adjuster pipe part to the flange part socket to fix the toilet part socket to the floor surface, and finally connect the drain outlet of the toilet part to the toilet part socket flow. A method of constructing a toilet, wherein a predetermined portion of the toilet body is fixed to a floor surface by being inserted into the entrance side.