JP2007092328A - Pattern paper for installing and positioning toilet bowl - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide pattern paper for installing and positioning a toilet bowl, which facilitates the positioning of a drainage adjuster and a floor flange connecting part. <P>SOLUTION: The pattern paper 50 for installing and positioning the toilet bowl is composed of a pair of pieces of pattern paper. The one piece 42 of pattern paper includes the drainage adjuster 38 and the floor flange connecting part 40, and a contour line 42b of the toilet bowl 32 is drawn. A notched shape 43 is provided as a shape of the drainage adjuster 38 in the prescribed installation position of the drainage adjuster 38, and notched until it is turned into a notched shape 43a parallel to the contour line 42b. Slits 45 parallel to a center line 44, which connects the drainage adjuster 38 and the connecting part 40 together, are formed on both the sides 42a sandwiching the connecting part 40 in between. The other piece 46 of pattern paper includes the connecting part 40; the same notched shape 47 as the connecting part 40 is provided; and both side ends 46b are bent and slidably inserted into the slit 45. A center line 47a of the notched shape 47 is indicated on the other pattern paper 46, and a horizontally-laid pipe cutting line 47b is indicated in a position with a length Q from the center line 47a. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a toilet placement and positioning pattern, and more specifically, a toilet positioning and positioning pattern that facilitates positioning of a cutting position of a horizontal pipe that connects a drainage adjuster and an existing floor flange connection portion that is connected to an external drainage pipe. Regarding technology.

  There is a case where an existing toilet is removed and replaced with a new toilet in remodeling or the like. In this case, since the external drainage pipe below the floor is used as it is, the floor flange connection portion is attached to the upper end portion of the existing external drainage pipe opened on the floor.

  Then, when fixing the toilet bowl for reforming on the floor, first, the toilet drainage device is connected to the drainage adjuster, and the drainage adjuster to the floor flange connecting portion is connected by a horizontal pipe.

  Such a structure for mounting a toilet on the floor at the time of remodeling is disclosed in Patent Document 1. In Patent Document 1, as shown in FIGS. 9A and 9B, the first protrusion 7 is formed by suspending the periphery of the opening 5 of the floor flange connecting portion 4 downward. The diameter of one protrusion 7 is approximately the same size as the external drain pipe 6a for VU75. Further, the second protrusion 8 is vertically provided on the outer periphery of the first protrusion 7, and the diameter of the second protrusion 8 is set to be approximately the same size as the external drain pipe 6b for the VU 100.

Then, a first packing attaching portion 10 for attaching a packing for VU 75 is provided between the first protruding portion 7 and the second protruding portion 8, and a packing for VU 100 is provided outside the second protruding portion 8. Let it be the 2nd packing attachment part 11 for attachment.

With this configuration, one type of floor flange connection portion 4 can be connected to two types of external drainage pipes, that is, an external drainage pipe 6a for VU75 and an external drainage pipe 6b for VU100.
JP 2000-27271 A

  However, if the toilet is mounted on the floor at the time of remodeling as described above, one type of floor flange connection 4 can be used for two types of existing external drainage pipes. Because of the difference, it was necessary to change the length of the horizontal tube each time. At this time, when the length of the horizontal pipe is not appropriate, there is a problem that the sealing performance of the packing on the floor flange connecting portion side is deteriorated and water leakage occurs.

  In order to cut the horizontal pipe to an accurate length, it is only necessary to mark the cutting position and then cut it. In this case, measure the position of the drainage adjuster and the floor flange connection (external drainage pipe). There has been a problem that the process cost for marking the cutting position increases.

  Therefore, the present invention provides a positioning pattern for a toilet bowl which can easily position the drainage adjuster of the toilet drainage device and the floor flange connection portion, and can stably cut the horizontal drawing pipe at a reliable position without the need for marking. The purpose is to provide.

  According to the first aspect of the present invention, the drainage portion extending from the bowl is fixed to a drainage adjuster provided on the floor surface, and the drainage adjuster is further fixed to a floor flange connection portion connected to an existing external drainage pipe via a horizontal draw pipe. The installation positioning pattern comprises a pair of patterns, one pattern having a region including the drainage adjuster and the floor flange connection portion, and a predetermined installation of the drainage adjuster. A cutout shape is provided at a position, and a slit parallel to the center line connecting the drainage adjuster and the floor flange connection portion is provided on both sides sandwiching the floor flange connection portion, and the other pattern is a rectangle including the floor flange connection portion. In the shape, a circular notch shape is provided on the center line, both end portions are bent vertically and inserted into the slit slidably from above. When cutting the tube to a predetermined length, place one pattern on the floor and temporarily place the drainage adjuster with the long horizontal pipe inserted into the installation position according to the notch shape of one pattern, When the circular notch shape is slid along the slit to match the circular notch shape with the existing floor flange connection portion, a predetermined length from the center position of the planar shape of the floor flange connection portion drawn on the other paper pattern The cutting position of the horizontal drawing tube is displayed in advance at a distant position.

  According to the first aspect of the present invention, the attachment pattern is composed of a pair of patterns, and one pattern has a region including the drainage adjuster and the floor flange connection portion, and is cut out at a predetermined installation position of the drainage adjuster. And a slit parallel to the center line connecting the drainage adjuster and the floor flange connecting portion on both sides sandwiching the floor flange connecting portion, and the other pattern is a rectangular shape including the floor flange connecting portion, and the center A circular notch shape is provided on the line, and both side end portions are bent vertically and inserted into the slit so as to be slidable from above, so that the drainage adjuster and the floor flange can be slid by sliding two patterns at the installation site. The positional relationship of the connecting portions can be easily confirmed on the pattern.

  Further, when cutting the horizontal drawing pipe to a predetermined length, the drainage adjuster in which one paper pattern is placed on the floor and the long horizontal drawing pipe is inserted is set to the installation position according to the notch shape of the one paper pattern. Temporarily placing and sliding the other pattern along the slit to match the circular notch shape of the floor flange connection portion with the existing floor flange connection portion, the floor flange connection portion drawn on the other pattern Since the position that is a predetermined distance away from the center position of the planar shape is the cutting position of the horizontal draw pipe, the positional relationship between the drainage adjuster and the floor flange connecting portion is indicated by two patterns. It can be easily confirmed on the pattern paper, and the horizontal drawing tube can be reliably and easily used by using the cutting position of the horizontal drawing tube displayed in advance at a predetermined distance from the center position of the planar shape of the floor flange connection portion In place In can be cut. And since a horizontal drawing pipe can be cut | disconnected correctly, without requiring marking, a process cost can be reduced.

  Hereinafter, an embodiment of the present invention will be described with reference to FIGS.

<Structure of toilet positioning pattern>
As shown in FIG. 1, the toilet positioning pattern 50 is placed on the floor 34, and the toilet drainage device 31 of the toilet 32 is further used thereon.

  Here, the toilet drain device 31 is provided with a sealing trap 35. The sealing trap 35 is driven by a fixed end 35a fixed to a drain pipe 34 extending from the bowl 33 of the toilet 32 and a motor (not shown). As shown by the arrow Q, the rotational force from the source is transmitted, and a free end 35b that is rotatable in the vertical direction is provided. The sealed water trap 35 is housed in a case main body 36 having a drainage portion 36 a below, and the case main body 36 is fixed to a drainage adjuster 38 provided on a floor 37.

  An insertion port 38 a is provided on one side surface of the drainage adjuster 38, and the horizontal pulling tube 39 is inserted into the insertion port 38 a, so that the drainage flows 90 degrees from the case main body 36 and flows into the horizontal pulling tube 39.

  Further, the horizontal pipe 39 is inserted into the insertion port 40 a of the floor flange connection part 40 and connected to the external drain pipe 41. Here, since the existing external drain pipe 41 is used as it is at the time of renovation, the position of the floor flange connecting portion 40 is a fixed position.

  For this reason, since the length of the horizontal draw pipe 39 that connects the existing drainage adjuster 38 to the existing floor flange connection portion 40 varies depending on the installation site of the toilet 32, the cutting position of the horizontal draw pipe 39 can be confirmed reliably and easily. For this purpose, the toilet positioning pattern 50 is used.

  As shown in FIG. 2, the toilet positioning and positioning pattern 50 is composed of a pair of patterns, and one pattern 42 is formed in a rectangular region including the drainage adjuster 38 and the floor flange connection portion 40, on which the toilet 32 is placed. The outline line 42b is drawn. Further, a notch shape 43 having the same shape as that of the drainage adjuster 38 is provided at a predetermined installation position of the drainage adjuster 38, and the notch shape 43 further includes a floor flange connecting portion 40 to a notch shape 43a parallel to the outline line 42b. Notched continuously.

  Further, slits 45 parallel to the center line 44 connecting the drainage adjuster 38 and the floor flange connecting portion 40 are formed on both sides 42 a sandwiching the floor flange connecting portion 40.

  The other paper pattern 46 has a rectangular shape including the floor flange connecting portion 40, a circular notch 47 is provided on the surface 46 a, both side end portions 46 b are bent vertically, and are slidably inserted into the slit 45 from above.

  The diameter dimension of the circular notch shape 47 is preferably set so that the center point 40 of the notch shape 47 is the center of the outer drain pipe 41 (the center of the floor flange connection portion 40). However, it can be adjusted more easily. On the other pattern 46, a center line 47a of a notch shape 47 is drawn in a direction perpendicular to the center line 44, and a horizontal pipe cutting line 47b is drawn at a position of a length Q from the center line 47a.

<Operation of toilet positioning pattern>
With reference to FIGS. 3 to 8, a method of using the toilet positioning pattern 50 will be described. As shown in FIG. 3, one of the patterns 42 is disposed on the floor 37 such that the rear side of the toilet bowl is along the wall 48. In other words, the position of the toilet bowl is determined at the position where one pattern 42 is along the wall 48. Next, the other paper pattern 46 is inserted into the slit 45 of the one paper pattern 42 and is slid as shown by the arrow K until the notch shape 47 matches the center of the floor flange connecting portion 40 (external drain pipe 41). Moving.

As shown in FIG. 4, the drainage adjuster 38 is placed in accordance with the notch shape 43 of one of the paper patterns 42. At this time, a long horizontal drawing pipe 39 is temporarily attached to the drainage adjuster 38. As shown in FIG. 5, the center line 47a is a "center line" on the other paper pattern 46, and the horizontal drawing pipe cutting line 47b. Are respectively referred to as “horizontal drawing tube cutting line”, and the horizontal drawing tube 39 is cut along the horizontal drawing tube cutting line 47b. At this point, since the role of the other pattern 46 has been completed, the other pattern 46 is removed.

  As shown in FIG. 6, adhesive 49 is applied to the insertion port 38a of the drainage adjuster 38 and the insertion port 40a of the floor flange connection portion 40 cut by a predetermined length, and inserted and fixed as indicated by an arrow N. Is done. In addition, since the material of the horizontal drawing tube 39 is generally a vinyl chloride tube, an adhesive for vinyl chloride is used, and the insertion allowance E is 35 mm. This work need not be on the floor on which the pattern is placed, but may be performed in a place where the work can be easily performed.

  As shown in FIG. 7, the drainage adjuster 38 and the floor flange connecting portion 40 connected by the horizontal pipe 39 are fixed to the external drainage pipe 41 (the floor flange) of the floor flange connecting portion 40 via a packing (not shown). 51 (bolts, washers, nuts). At the same time, the drainage adjuster 38 is fixed to the floor 37 by screws 51a.

  As shown in FIG. 8, at the position corresponding to the bottom end 52 of the toilet bowl 32 on the outline line 42b of the toilet bowl 32 drawn on one pattern 42, a plus “+” mark appears on the outline line 42b. Has been. For this reason, the toilet 32 is easily drained simply by aligning the bottom end 52 of the toilet 32 with the “+” mark, cantilevering the rear of the toilet 32 with a rope or the like and lowering it on the floor 37 as indicated by the arrow M. Positioning to the adjuster 38 is possible. Finally, one pattern 46 can be torn and removed.

  As described above, by using the toilet positioning pattern 50, positioning for fixing the drainage adjuster 38 of the toilet drainage device 31 and the floor flange connecting portion 40 can be reliably and easily performed. And the separate process of measuring the position of a drainage adjuster and a floor flange connection part (external drainage pipe) and marking the cutting position is completely unnecessary.

  As mentioned above, although embodiment of this invention was described based on drawing, all said Example shows an example of this invention, and it cannot be overemphasized that this invention should not be limited to these.

It is a side see-through | perspective view which shows the state of the toilet bowl drainage device 31 of the toilet bowl 32 in which the toilet positioning pattern 50 is used in the embodiment of the present invention. In the embodiment of the present invention, (a) is a side view showing the relationship between the drainage adjuster 38, the horizontal draw pipe 39, and the floor flange connecting portion 40, and (b) is a state of the toilet positioning and positioning pattern 50 of a pair of patterns. FIG. In the embodiment of the present invention, one paper pattern is placed on the floor along the wall, the other paper pattern is inserted into the slit of one paper pattern and slides, and the notch shape 47 is formed on the floor flange connecting portion 40 (external drain pipe 41). It is a perspective view which shows the state which moves to the position which agree | coincides with the center of (). It is a perspective view which shows the state which matches the drainage adjuster which attached the long horizontal drawing pipe in the embodiment of this invention with the notch shape of one pattern paper. It is a perspective view which shows the state which cut | disconnects a horizontal draw pipe along the horizontal draw pipe cutting line in embodiment of this invention. It is a perspective view which shows the state which inserts the cut horizontal drawing pipe in a floor flange connection part, and fixes it with an adhesive agent in embodiment of this invention. It is a perspective view which shows the state in which the drainage adjuster and floor flange connection part which were connected by the horizontal draw pipe in an embodiment of this invention are connected to an external drainage pipe (floor flange) via a floor flange connection part. It is a see-through | perspective side view which shows the state which positions the bottom-end front-end | tip of a toilet bowl in alignment with the position of plus "+" in embodiment of this invention. The state in which the drainage adjuster and the floor flange connecting portion connected by the horizontal pipe of the conventional toilet 1 are connected to the external drainage pipe (floor flange) via the floor flange connecting portion is shown, (a) is a side sectional view. (B) is an AA arrow line view of Fig.9 (a).

Explanation of symbols

32 Toilet 38 Drainage adjuster 40 Floor flange connection 42 One pattern 42a Both sides 42b Outer line 43 Notch shape 43a Notch shape 45 Slit 44 Center line 46 Other pattern 46b Both ends 47 Notch shape 47a Center line 47b Horizontally drawn tube cutting line 50 Toilet installation positioning pattern

Claims (1)

A drainage portion extending from the bowl is fixed to a drainage adjuster provided on the floor surface, and the drainage adjuster is fixed to a floor flange connection portion that is connected to an existing external drainage pipe via a horizontal pipe, and is a positioning pattern for a toilet. Because
The installation positioning pattern includes a pair of patterns, and one pattern has a region including the drainage adjuster and the floor flange connecting portion, and a notch shape is provided at a predetermined installation position of the drainage adjuster. Provided with slits parallel to the center line connecting the drainage adjuster and the floor flange connecting part on both sides sandwiching the connecting part,
The other pattern is a rectangular shape including the floor flange connecting portion, provided with a circular notch shape on the center line, bent at both end portions vertically, and slidably inserted into the slit from above,
When cutting the horizontal draw tube to a predetermined length, place one pattern on the floor and temporarily place the drainage adjuster with the longer horizontal draw tube in the installation position according to the notch shape of one pattern Then, when the other paper pattern is slid along the slit to match the circular notch shape with the existing floor flange connection part,
A toilet paper pattern for positioning positioning of a toilet, in which the cutting position of the horizontal draw pipe is displayed in advance at a position away from the center position of the planar shape of the floor flange connection portion drawn on the other paper pattern.

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