JP2016119748A - Pipe material holder, pipe material holding structure, and pipe material arrangement method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a pipe material holder which drains water without impairing the visual quality of a pipe material.SOLUTION: A pipe material holder 3 includes: a holding part 5; and fixing parts 6. The holding part 5 encloses a pipe material 2 arranged along an attachment surface 1 to hold the pipe material 2. The holding part 5 has: a covering wall 5a which covers a drain hole 2a formed in the pipe material 2; a water discharge port 5b provided at a position that does not face the drain hole 2a and configured to discharge water discharged from the drain hole 2a to the outside of the holding part 5; and a guide path 5c which is provided on an inner surface and guides the water discharged from the drain hole 2a to the water discharge port 5b. The fixing parts 6 extend from both ends of the holding part 5, are positioned facing each other, and are fixed to the attachment surface 1.SELECTED DRAWING: Figure 2

Description

  The present invention relates to a pipe material holder, a pipe material holding structure, and a pipe material piping method.

  Conventionally, a conduit tube has been piped along the outer wall of a building (see, for example, Patent Document 1). Here, when the electric pipe is vertically piped, there is a possibility that rainwater may enter the electric pipe from a joint portion or the like. Therefore, a U-shaped bent pipe portion is provided in the conduit so that water does not enter the apparatus through the conduit, and a drain hole is formed in the bent tube.

JP2013-183589A

  By the way, in the said conventional piping, since the drain hole opened in the electric wire pipe | tube as a pipe material is visible from the outside, it was bad appearance.

  The present invention has been made to solve the above-described conventional drawbacks, and its object is to provide a pipe holder, a pipe holder, and a pipe holder that can drain water without impairing the appearance of the pipe. It is in providing the piping method of a pipe material.

In order to achieve the above object, a pipe material holder, a pipe material holding structure, and a pipe material piping method according to the present invention have the following configurations. That is,
The pipe material holder according to the first aspect of the present invention includes a holding part that surrounds and holds the pipe material piped along the mounting surface in the circumferential direction, and extends from both ends of the holding part so as to face each other. A fixing portion fixed to the mounting surface. Here, the holding part is provided at a position that does not face the drain hole and a cover wall that covers the drain hole formed in the pipe, and water discharged from the drain hole to the outside of the holding part. A drainage port for draining, and a guide path provided on the inner surface for guiding water discharged from the drainage hole to the drainage port.

  According to this pipe material holder, the holding part for holding the pipe material is provided with a cover wall that covers the drain hole formed in the pipe material, and the drain port is provided at a position not facing the drain hole. For this reason, for example, when holding a horizontal piping section that is horizontally piped along the mounting surface that stands up or a bent pipe section that is piped along the mounting surface that stands up and bends downward, The drain hole made in the part can be hidden by the covering wall. The holding unit includes a guide path. For this reason, the water discharged from the drain hole of the pipe material is guided by the guide path, proceeds to the drainage port, and is drained from the drainage port to the outside of the holding unit. In addition, since this pipe material holder includes a holding part and a fixing part, it can be used anywhere as a general saddle. Further, in a place where a drainage hole is formed in the pipe material, Can be used as a saddle.

  Moreover, the pipe material holder which concerns on invention of Claim 2 is a pipe material holder of Claim 1, The said drain outlet opens toward the said attachment surface. Thus, the drainage port is opened toward the mounting surface, so that the drainage port is difficult to see from the outside.

  The pipe holder according to the invention described in claim 3 is the pipe holder according to claim 1, wherein the drain port is provided on at least one side in the holding section width direction which is the axial direction of the pipe. The guide path is formed along the holding portion width direction.

  According to a fourth aspect of the present invention, there is provided the pipe material holder according to the third aspect, wherein the pipe material is a corrugated pipe, and the guide path is outside an outer surface convex portion of the pipe material. And formed so as to be recessed from the inner surface of the holding portion.

Moreover, the pipe material holder which concerns on invention of Claim 5 is a pipe material holder of any one of Claim 1 thru | or 4. WHEREIN: The edge of the said drain outlet is separated from the said attachment surface. It is formed to be a position. Thus, the edge of the drain outlet is located at a position away from the mounting surface, so that water drained from the drain port can be prevented from falling along the mounting surface and being stained.
Moreover, the pipe material holder which concerns on invention of Claim 6 is a pipe material holder of any one of Claim 1 thru | or 5. WHEREIN: The said pipe material consists of a corrugated tube. And in order to prevent the relative shift | offset | difference of the said holding | maintenance part and the said tube material of the axial direction of the said tube material, the said holding part has an engaging part engaged with the outer surface recessed part of the said tube material.

  Moreover, the pipe material holder which concerns on invention of Claim 7 is a pipe material holder of Claim 6. WHEREIN: The said engaging part exceeds the both outer surface convex part which pinches | interposes the said drain hole in the said pipe material. A plurality are provided to engage with the outer surface recesses on each side away from the drain hole. Thus, even when the engagement portion is engaged with the outer surface recess on each side away from the drainage hole of the tube material, even when the tube is divided by a crack extending in the circumferential direction from the drainage hole, The divided pipe material does not come out of the holding portion.

  Further, the pipe holder according to the invention of claim 8 is the pipe holder according to any one of claims 1 to 7, wherein the holding portion extends in the circumferential direction on the inner surface of the guide path. A recess reaching the top. In this way, the concave portion provided on the inner surface of the holding portion extends in the circumferential direction and reaches the guide path, so that even if there is a displacement in the circumferential direction between the holding portion and the pipe material, it is discharged from the drain hole of the pipe material. Water can travel through the recess to the guideway.

  In addition, the pipe material holding structure according to the invention according to claim 9 includes a pipe material having a bent pipe portion that is piped along a standing mounting surface and bent downward so as to protrude downward, and holds the bent pipe portion. A pipe holder fixed to the mounting surface. Here, a drain hole is formed in the bent pipe portion. And the said pipe material holder is equipped with the holding part which surrounds and holds the said bending piping part in the circumferential direction. Therefore, the holding part is a cover wall that covers the drain hole, a drain outlet that is provided at a position not facing the drain hole and drains water discharged from the drain hole to the outside of the holder part, A guide path provided on an inner surface for guiding water discharged from the drain hole to the drain port. And the edge of the said drain outlet exists in the position away from the said mounting surface.

  According to this pipe holding structure, the holding part of the pipe material holder includes the cover wall that covers the drain hole formed in the pipe material, and the drain port is provided at a position that does not face the drain hole. For this reason, the drain hole can be hidden by the covering wall. The holding unit includes a guide path. For this reason, the water discharged from the drain hole of the pipe material is guided by the guide path, proceeds to the drainage port, and is drained from the drainage port to the outside of the holding unit. Moreover, it can prevent that the water drained from the drain outlet fell along the attachment surface, and the attachment surface is stained by the edge of the drain port being in a position away from the attachment surface.

  Moreover, the piping method of the pipe material which concerns on invention of Claim 10 is a piping method which pipes a pipe material along an attachment surface using a pipe material holder. Here, the tube material holder includes a holding portion that surrounds and holds the tube material in a circumferential direction, and a fixing portion that is fixed to the mounting surface, and the holding portion opens toward the mounting surface. Has a drain. Therefore, in the piping method, a drainage hole is formed in the pipe member held by the holding portion by inserting a punch from the drain port with the holding portion being away from the mounting surface. And the said holding | maintenance part is moved to the said attachment surface side, the said fixing | fixed part is fixed to the said attachment surface, and the said pipe material is piped along the said attachment surface.

  According to this piping method, the drainage hole can be kept at a predetermined position with respect to the holding portion by inserting the punch from the drain port and opening the drainage hole with respect to the pipe material held by the holding portion. . And a drain outlet opens toward an attachment surface. For this reason, the drain outlet is difficult to see from the outside, and the drain hole at the back of the drain outlet is also difficult to see from the outside. And the water discharged | emitted from the drain hole of the pipe material is drained out of a holding part from a drain outlet.

  According to the pipe material holder and the pipe material holding structure according to the present invention, the holding portion includes the cover wall that covers the water drain hole of the pipe material, and the drain hole is provided at a position that does not face the water drain hole. Is difficult to see from the outside, so that water can be drained without impairing the appearance of the pipe material.

  Further, according to the pipe material piping method according to the present invention, the holding portion in the pipe material holder is provided with a drain opening that opens toward the mounting surface, and a perforating tool is inserted from the drain port to form a drain hole in the pipe material. By opening it, it is difficult to see the drain port or drain hole from the outside, and therefore water can be drained without impairing the appearance of the pipe material.

It is a front view of the pipe material holding structure of one embodiment of this invention. Similarly, it is an expanded sectional view by the AA line in FIG. Similarly, it is a side view of a pipe material holder. Similarly, it is a perspective view of a pipe material holder. Similarly, it is another perspective view of a pipe material holder. Similarly, it is sectional drawing which shows the piping method of a pipe material. It is a side view of the pipe material holder of other embodiment of this invention. Similarly, it is a perspective view of a pipe material holder. Similarly, it is sectional drawing by the BB line in FIG. FIG. 10 is a view corresponding to FIG. 9 showing a modification of the other embodiment of the present invention. It is a perspective view of the pipe material holder of further another embodiment of this invention. Similarly, it is sectional drawing of a pipe material holder. It is a perspective view of the pipe material holder of further another embodiment of this invention. Similarly, it is another perspective view of a pipe material holder.

  EMBODIMENT OF THE INVENTION Hereinafter, the form for implementing the pipe material holder which concerns on this invention, a pipe material holding structure, and the piping method of a pipe material is demonstrated based on drawing.

  1 to 6 show an embodiment of the present invention. Reference numeral 1 in the figure indicates an upstanding mounting surface such as a wall surface of a building. Reference numeral 2 denotes a pipe material piped along the mounting surface 1. 3 shows a pipe material holder. 4 shows a pipe material holding structure.

  Here, the pipe material holder 3 includes a holding part 5 that surrounds and holds the pipe material 2 in the circumferential direction, and a fixing part that extends from both ends of the holding part 5 and is fixed to the mounting surface 1 at positions facing each other. 6 is provided. And the holding part 5 is provided in the position which does not face the cover wall 5a which covers the drain hole 2a formed in the pipe material 2, and the drain hole 2a, and the water discharged | emitted from the drain hole 2a is outside the holding part 5 And a guide passage 5c that is provided on the inner surface and guides the water discharged from the drain hole 2a to the drain port 5b. And the drain outlet 5b is formed so that the edge may become the position away from the attachment surface 1. FIG.

  Specifically, the pipe material 2 is a conduit tube that accommodates and protects an electric wire, a communication cable, or the like, or a protective tube that accommodates and protects a fluid tube such as a water conduit. And the pipe material 2 consists of a corrugated pipe, for example. This pipe material 2 is piped along the mounting surface 1 and has a bent pipe portion 2b that is bent so as to protrude downward (specifically, bent in a substantially U shape). The drainage hole 2a is formed in the bent pipe portion 2b (specifically, at the lower end of the bent pipe portion 2b), and the pipe holder 3 is formed so that the drainage hole 2a is covered with the wall 5a. Be placed.

  The tubular material holder 3 is bent and formed in a single saddle shape (specifically, a single saddle shape facing the fixing portions 6 provided at both ends), and the curved intermediate portion serves as the holding portion 5. Each end side becomes the fixed portion 6. The fixing portion 6 includes a first fixing portion 6a positioned on the mounting surface 1 side and a second fixing portion 6b positioned on the opposite side, and the first fixing portion 6a is more than the second fixing portion 6b. It is formed to extend long on the base side. And most of the holding part 5 is formed in an arc shape so as to follow the peripheral surface of the tube material 2, one end thereof and the base part of the first fixing part 6 a are smoothly connected, and the other end and the second fixing part. The base of 6b is bent at a right angle and connected.

  The pipe material holder 3 is arranged so that the fixing portion 6 is on the upper side and the holding portion 5 is on the lower side, and the first fixing portion 6 a is in contact with the mounting surface 1. The first and second fixing portions 6a and 6b are provided with attachment holes 6c, and screws (not shown) such as screws or nails are inserted into the attachment holes 6c. Then, the fixing portion 6 and eventually the pipe material holder 3 are fixed to the mounting surface 1 by being screwed or driven. In the illustrated embodiment, the first fixing portion 6a is provided with an auxiliary fixing portion 6d protruding sideways. An auxiliary mounting hole 6e is formed in the auxiliary fixing portion 6d, and a fixing tool (not shown) such as a screw or a nail is inserted into the auxiliary mounting hole 6e and screwed into the mounting surface 1. Or be driven in.

  The holding unit 5 includes two sets of a covering wall 5a, a drainage port 5b, and a guide path 5c. That is, the holding unit 5 includes a first cover wall 511 serving as a cover wall 5a, a first drain port 521 serving as a drain port 5b, and a first guide path 531 serving as a guide channel 5c. With. The holding unit 5 includes a second cover wall 512 as the cover wall 5a, a second drainage port 522 as the drainage port 5b, and a second guideway 532 as the guideway 5c. And have.

  The first covering wall 511 (5a) is formed to bulge outside the holding portion 5, and the first covering wall 511 has a central portion in the holding portion width direction which is the axial direction of the tube material 2, and the tube material 2. And extending in the circumferential direction of the holding portion (specifically, from the position facing the drain hole 2a toward the mounting surface 1). In the illustrated embodiment, the first covering wall 511 has an opening extending toward the mounting surface 1 side, and the opening X and the penetrating portion Y of the holding portion 5 following the opening X are the first covering wall 511. 1 drainage port 521 (5b) (see FIG. 2). That is, the first drain port 521 opens toward the mounting surface 1. And the inside of the 1st covering wall 511 becomes a 1st guide path 531 (5c) because it is dented from the inner surface of the holding | maintenance part 5. FIG.

  The second covering wall 512 (5b) is formed to bulge outside the holding portion 5, and the second covering wall 512 extends in the holding portion width direction which is the axial direction of the tube material 2 (specifically, drains water). It extends from the position facing the hole 2a to both sides in the holding portion width direction. Then, both ends of the second cover wall 512 in the holding portion width direction are opened, and the openings serve as the second drainage ports 522 (5b). That is, the 2nd drain outlet 522 is provided in the both sides of the holding | maintenance part width direction. And the inside of the 2nd covering wall 512 becomes hollow from the inner surface of the holding | maintenance part 5, and becomes the 2nd guide path 532 (5c). That is, the second guide path 532 is formed along the holding portion width direction, and is formed outside the outer convex portion 2c of the tubular material 2 made of a corrugated tube so as to be recessed from the inner surface of the holding portion 5. .

  Further, the pipe material holder 3 includes a through hole 7. In the illustrated embodiment, the through hole 7 is provided at a boundary portion between the first fixing portion 6 a and the holding portion 5. This through-hole 7 functions as a drain outlet when the mounting surface 1 is horizontal, and when water is discharged from the drain hole arranged in the pipe member 2 so as to face the through-hole 7. The water is drained out of the holding portion 5 through the through hole 7.

  The tubular material holding structure 4 includes the tubular material 2 and the tubular material holder 3 that holds the tubular material 2 (in the illustrated embodiment, the bent piping portion 2b of the tubular material 2) and is fixed to the mounting surface 1. Prepare. The first and second drain outlets 521 and 522 are located at the edges away from the mounting surface 1.

  Next, the piping method of piping along the attachment surface 1 which stands up the pipe material 2 using the pipe material holder 3 is demonstrated using FIG. Here, the pipe holder 3 includes a holding portion 5 that surrounds and holds the pipe material 2 in the circumferential direction, and a fixing portion 6 that is fixed to the mounting surface 1. And the holding | maintenance part 5 has the drainage port 521 (5b) opened toward the attachment surface 1. FIG. Therefore, in this piping method, the drainage hole 2a is formed in the pipe 2 held by the holding part 5 by inserting the punch 8 from the drain port 521 (5b) with the holding part 5 being away from the mounting surface 1. I can make it. Thereafter, the holding portion 5 is moved to the mounting surface 1 side, the fixing portion 6 is fixed to the mounting surface 1, and the pipe material 2 is piped along the mounting surface 1.

  Next, the effect of the pipe material holder 3, the pipe material holding structure 4, and the piping method of the pipe material 2 having the above-described configuration will be described.

  According to the pipe material holder 3 and the pipe material holding structure 4, the holding part 5 for holding the pipe material 2 includes the covering wall 5a covering the drain hole 2a formed in the pipe material 2, and the drain port 5b is provided with the drain hole 2a. It is provided at a position that does not face. For this reason, for example, when holding a horizontal pipe portion that is horizontally piped along the mounting surface 1 that stands up, or a bent pipe portion 2b that is piped along the mounting surface 1 that stands up and bends downward. In addition, the drain hole 2a formed in the same portion can be hidden by the covering wall 5a. The holding unit 5 includes a guide path 5c. For this reason, the water discharged from the drain hole 2a of the pipe member 2 is guided to the guide path 5c, proceeds to the drain port 5b, and is drained out of the holding unit 5 from the drain port 5b. That is, the holding part 5 is provided with the cover wall 5a that covers the drain hole 2a of the pipe member 2, and the drain hole 5b is provided at a position that does not face the drain hole 2a, so that the drain hole 2a is hardly visible from the outside. For this reason, water can be drained without impairing the appearance of the pipe material 2.

  Moreover, when the drainage port 521 (5b) opens toward the mounting surface 1, the drainage port 521 (5b) is hardly visible from the outside. And since the edge of drain outlets 521 (5b) and 522 (5b) is in the position away from attachment surface 1, the water drained from drain outlets 521 (5b) and 522 (5b) makes attachment surface 1 It is possible to prevent the attachment surface 1 from being stained and being stained.

  Moreover, since this pipe material holder 3 is provided with the holding part 5 and the fixing | fixed part 6, regardless of the presence or absence of the drain hole 2a, it is anywhere as a general saddle (that is, the attachment surface 1 stands up). Or any other part of the tube material 2), and the tube material 2 can be held and fixed. And in the location where the drainage hole 2a was formed in the pipe material 2 as mentioned above, it can be used as a saddle for makeup.

  Moreover, according to the piping method of the pipe material 2, by inserting the punching tool 8 from the drain port 521 (5b) and opening the drain hole 2a in the pipe material 2 held by the holding part 5, Thus, the drain hole 2a can be kept at a predetermined position. The drain port 521 (5b) opens toward the mounting surface 1. For this reason, the drain port 521 (5b) is difficult to see from the outside, and the drain hole 2a at the back of the drain port 521 (5b) is also difficult to see from the outside. And the water discharged | emitted from the drain hole 2a of the pipe material 2 is drained out of the holding | maintenance part 5 from the drain outlet 521 (5b). That is, according to this piping method, the holding portion 5 in the pipe material holder 3 is provided with the drain port 521 (5b) that opens toward the mounting surface 1, and the punch 8 is inserted from the drain port 521 (5b). By opening the drain hole 2a in the pipe member 2, the drain port 521 (5b) or the drain hole 2a is difficult to see from the outside. For this reason, water can be drained without impairing the appearance of the pipe material 2.

  In addition, this invention is not necessarily limited to embodiment mentioned above, A various other change is possible. For example, as shown in FIGS. 7 to 10, in order to prevent relative displacement between the holding portion 5 and the tube material 2 in the axial direction of the tube material 2, the holding portion 5 has an outer surface concave portion of the tube material 2 on its inner surface. You may have the engaging part 5d engaged with 2d. Here, in the example shown in FIGS. 7 to 9, the engaging portion 5 d is formed to protrude from the inner surface of the holding portion 5 at the center in the holding portion width direction, and is particularly long in the rib shape in the holding portion circumferential direction. It consists of an extended protrusion. Of course, the engaging portion 5d may be provided at a position shifted from the center, without being provided at the center in the holding portion width direction. It may be a protrusion protruding in a columnar shape. In addition, as shown in FIG. 10, the engagement portions 5d may be provided on the respective sides away from the drainage holes 2a beyond both the outer surface convex portions 2c and 2c sandwiching the drainage holes 2a in the pipe member 2 as shown in FIG. A plurality (two in the illustrated embodiment) may be provided so as to engage with the outer surface recess 2d. Thus, in this way, the engagement portion 5d engages with the outer surface recess 2d on each side away from the water drain hole 2a of the tube material 2, so that the pipe material 2 extends in the circumferential direction from the water drain hole 2a. Even if it is a case where it is divided by the above, the divided pipe material 2 does not come out of the holding portion 5.

  Further, the drain hole 2a is provided in the outer surface convex portion 2c in addition to being provided in the outer surface concave portion 2d of the tube material 2 or over the outer surface concave portion 2d and the outer surface convex portions 2c and 2c on both sides thereof. It may be provided at any position, such as provided over the outer surface convex portion 2c and the outer surface concave portions 2d and 2d on both sides thereof. Therefore, the engaging portion 5d is provided so that the drain hole 2a is covered with the covering wall 511 (5a), and the tube material 2 and the holding portion 5 are positioned relative to the axial direction of the tube material 2. Is done. And since the drain hole 2a should just be covered with the cover wall 511 (5a), depending on the position of the drain hole 2a in the pipe material 2 and the position of the cover wall 511 (5a) in the holding part 5, the pipe material 2 The outer surface concave portion 2d or the outer surface convex portion 2c may be located at the center in the holding portion width direction or may be located away from the center.

  Moreover, although the holding | maintenance part 5 has two sets of the covering wall 5a, the drain port 5b, and the guide path 5c, it may have only one set. That is, as shown in FIGS. 11 and 12, the holding unit 5 has only the first cover wall 511, the first drain port 521, and the first guide path 531, and the second cover wall 512 and the first The two drain outlets 522 and the second guide path 532 may not be provided. On the other hand, as shown in FIGS. 13 and 14, the holding portion 5 has only the second cover wall 512, the second drainage port 522, and the second guide path 532, and the first cover wall 511, the first drainage port 521, and the first guide path 531 may not be provided. Here, the second cover wall 512 and the second guide path 532 extend from the central portion in the holding portion width direction to only one side in the holding portion width direction, and the second drainage is provided only on one side. Although the port 522 is provided, the second cover wall 512 and the second guide path 532 may extend on both sides, and the second drain port 522 may be provided on both sides. That is, the second drain port 522 may be provided on at least one side in the holding portion width direction. This also applies to the above-described embodiment shown in FIGS. 1 to 6 and the embodiment shown in FIGS.

  Further, in the embodiments shown in FIGS. 11 and 12, or FIGS. 13 and 14, the holding portion 5 has a recess 5e on the inner surface that extends in the circumferential direction and reaches the guide path 5c. Thus, in this way, the concave portion 5e provided on the inner surface of the holding portion 5 extends in the circumferential direction and reaches the guide path 5c, so that even if there is a displacement in the circumferential direction between the holding portion 5 and the pipe material 2. The water discharged from the drain hole 2a of the tube material 2 can proceed to the guide path 5c through the recess 5e. This is the same in the above-described embodiment shown in FIGS. 1 to 6 and the embodiment shown in FIGS. 7 to 10, and the guide path 5 c can be provided on the inner surface of the holding portion 5. .

  Moreover, although the 1st covering wall 511 and the 2nd covering wall 512 are bulging outside the holding | maintenance part 5, it does not need to bulge.

  Moreover, the pipe material 2 may be made of a smooth tube without being made of a corrugated tube.

DESCRIPTION OF SYMBOLS 1 Mounting surface 2 Tubing material 2a Drain hole 2b Bending piping part 2c Outer convex part 2d Outer recessed part 3 Tubing material holder 4 Tubing material holding structure 5 Holding part 5a Covering wall 511 1st covering wall (covering wall)
512 Second covering wall (covering wall)
5b Drain port 521 First drain port (drain port)
522 Second drainage port (drainage port)
5c Guideway 531 First guideway (guideway)
532 Second guideway (guideway)
5d engaging part 5e recessed part 6 fixing part 8 punch

Claims (10)

A pipe member comprising: a holding part that surrounds and holds the pipe material piped along the attachment surface in the circumferential direction; and a fixing part that extends from both ends of the holding part and is fixed to the attachment surface so as to face each other. A holding tool,
The holding part is provided with a cover wall that covers the drain hole formed in the pipe member, and drainage that is provided at a position not facing the drain hole and drains water discharged from the drain hole to the outside of the holding part. A pipe holder having a mouth and a guide path provided on an inner surface for guiding water discharged from the drain hole to the drain.   The pipe material holder according to claim 1, wherein the drain port opens toward the mounting surface.   2. The pipe material holding according to claim 1, wherein the drain port is provided on at least one side in a holding part width direction which is an axial direction of the pipe material, and the guide path is formed along the holding part width direction. Ingredients.   The tube material holder according to claim 3, wherein the tube material is formed of a corrugated tube, and the guide path is formed outside the outer surface convex portion of the tube material and recessed from the inner surface of the holding portion.   The pipe material holder according to any one of claims 1 to 4, wherein the drain port is formed such that an end edge thereof is positioned away from the mounting surface. The tube material comprises a corrugated tube,
The axial direction of the said pipe material, In order to prevent the relative shift | offset | difference with the said holding | maintenance part and the said pipe material, the said holding part has an engaging part engaged with the outer surface recessed part of the said pipe material on the inner surface. The tube material holder according to any one of 1 to 5.   The said engaging part is provided with two or more so that it may engage with the outer surface recessed part in each side which exceeded the both outer surface convex part which pinches | interposes the said water draining hole in the said pipe material, and is separated from the said water draining hole. Tube material holder.   The pipe holder according to any one of claims 1 to 7, wherein the holding portion has a concave portion extending in a circumferential direction and reaching the guide path on an inner surface. A pipe member having a bent pipe part that is piped along a standing attachment surface and bent downward, and a pipe holder that holds the bent pipe part and is fixed to the attachment surface;
In the bent pipe portion, a water drain hole is formed,
The pipe material holder includes a holding part that surrounds and holds the bent pipe part in a circumferential direction,
The holding portion includes a cover wall that covers the drain hole, a drain port that is provided at a position not facing the drain hole and drains water discharged from the drain hole to the outside of the holder, and an inner surface. A guide passage that is provided and guides the water discharged from the drain hole to the drain, and
The drainage port is a pipe material holding structure in which an edge thereof is located at a position away from the mounting surface. A pipe method for piping a pipe material along a mounting surface using a pipe material holder,
The pipe material holder includes a holding part that surrounds and holds the pipe material in a circumferential direction, and a fixing part that is fixed to the attachment surface, and the holding part has a drain opening that opens toward the attachment surface. Have
In the piping method, in the state where the holding part is away from the mounting surface, a drainage hole is inserted into the pipe member held by the holding part by inserting a punch from the drain port,
A pipe material piping method, wherein the holding portion is moved to the attachment surface side, the fixing portion is fixed to the attachment surface, and the pipe material is piped along the attachment surface.

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