JP2024047612A - Insertion body holder - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an insertion body holder capable of responding to a plurality of kinds of insertion bodies, of which diameter sizes are different, without increasing the number of components.

SOLUTION: An insertion body holder comprises: a base part 2 which can be fixed on a fixed surface; and a saddle part 3 capable of holding an insertion body at a holding position P1 in an inserted state. The saddle part 3 includes: a receiving portion 6 receiving the insertion body which is located at the holding position P1; and an enclosing portion 7 capable of enclosing the insertion body received by the receiving portion 6 and located at the holding position P1. The receiving portion 6 includes: a receiving portion 6A for large diameters for receiving a large-diameter insertion body and a receiving member 6B for small-diameters which can be installed at an installation position P2 of the saddle part 3 in order to receive a small-diameter insertion body at a position raised than the receiving portion 6A for large diameters. The receiving member 6B for small diameters is formed integrally so as to be freely separated via a fragile part 21, and separated by the fragile part 21, such that the receiving member for small diameters can be installed at the installation position P2.

SELECTED DRAWING: Figure 3

COPYRIGHT: (C)2024,JPO&INPIT

Description

本発明は、被固定面に固定可能なベース部と、挿通体を挿通状態で保持位置に保持可能なサドル部とを備えた挿通体保持具に関する。 The present invention relates to a penetrating body holder that has a base portion that can be fixed to a fixed surface and a saddle portion that can hold the penetrating body in a holding position with the penetrating body inserted.

特許文献１には、被固定面（７１）に固定可能なベース部と、挿通体（配管材６１）を挿通状態で保持位置に保持可能なサドル部とを備えた挿通体保持具が示されている。このような挿通体保持具において、サドル部が、保持位置に位置する挿通体を受け止める受止面（内周面１５）を備えた受止部と、受止部に受け止められて保持位置に保持する挿通体の周囲を囲繞して挿通体を保持する保持状態及び当該挿通体に対する保持を解除した解除状態に切り替え可能な囲繞部（蓋体３１）とを備えている。 Patent Document 1 shows a penetrating body holder that includes a base portion that can be fixed to a fixed surface (71) and a saddle portion that can hold a penetrating body (piping material 61) in a holding position in an inserted state. In such a penetrating body holder, the saddle portion includes a receiving portion that has a receiving surface (inner peripheral surface 15) that receives the penetrating body located in the holding position, and an enclosing portion (lid body 31) that can be switched between a holding state in which the penetrating body is held by the receiving portion and is held in the holding position by surrounding it, and a release state in which the holding of the penetrating body is released.

特開２００９－２０９９７１号公報JP 2009-209971 A

しかし、特許文献１の挿通体保持具のように挿通体として配管材を保持する場合、配管材には径の大きさが異なる様々なものがあるため、その径の大きさに応じた挿通体保持具を用意する必要があった。
そのため、径の大きさが異なる複数種の挿通体に対応可能な配管支持具が求められているものの、１つの挿通体保持具によって複数種の挿通体に対応させるために部品点数が多くなると、挿通体保持具の製造コストや製造時間が増大し易くなる。 However, when holding a piping material as a penetrating body like the penetrating body holding device of Patent Document 1, since there are various types of piping materials with different diameters, it was necessary to prepare a penetrating body holding device according to the diameter size.
Therefore, there is a demand for a piping support that can accommodate multiple types of penetrating bodies with different diameters, but if the number of parts is increased in order to make a single penetrating body holder capable of accommodating multiple types of penetrating bodies, the manufacturing costs and manufacturing time of the penetrating body holder are likely to increase.

この実情に鑑み、本発明の主たる課題は、部品点数を多くすることなく径の大きさが異なる複数種の挿通体に対応することが可能な挿通体保持具を提供する点にある。 In view of this situation, the main objective of the present invention is to provide a penetrating body holder that can accommodate multiple types of penetrating bodies with different diameters without increasing the number of parts.

本発明の第１特徴構成は、被固定面に固定可能なベース部と、挿通体を挿通状態で保持位置に保持可能なサドル部とを備え、
前記サドル部は、前記保持位置に位置する前記挿通体を受け止める受止部と、前記受止部に受け止められて前記保持位置に位置する前記挿通体の周囲を囲繞して前記挿通体を保持する保持状態及び当該挿通体に対する保持を解除した保持解除状態に切り替え可能な囲繞部とを備えている挿通体保持具であって、
前記挿通体には、大径挿通体と、前記大径挿通体より小径の小径挿通体とがあり、
前記受止部は、前記大径挿通体を受け止めるための大径用受止部と、前記大径用受止部より嵩上げした位置で前記小径挿通体を受け止めるために前記サドル部の設置位置に設置可能な小径用受止部材とを備え、
前記小径用受止部材は、脆弱部を介して一体形成されており、前記脆弱部で分離させることで前記設置位置に設置可能に構成されている点にある。 A first characteristic configuration of the present invention includes a base portion that can be fixed to a fixed surface, and a saddle portion that can hold the insertion body at a holding position in an inserted state,
The saddle portion is a penetrating body holder including a receiving portion that receives the penetrating body located at the holding position, and a surrounding portion that is switchable between a holding state in which the penetrating body is received by the receiving portion and located at the holding position and surrounds the penetrating body to hold the penetrating body, and a holding release state in which the holding of the penetrating body is released,
The inserting bodies include a large diameter inserting body and a small diameter inserting body having a diameter smaller than that of the large diameter inserting body,
the receiving portion includes a large diameter receiving portion for receiving the large diameter inserting body, and a small diameter receiving member that can be installed at an installation position of the saddle portion in order to receive the small diameter inserting body at a position elevated from the large diameter receiving portion,
The small diameter receiving member is integrally formed via a weakened portion, and is configured so as to be installable at the installation position by being separated at the weakened portion.

本構成によれば、小径用受止部材を設置位置に設置せずに、大径挿通体を大径用受止部で受け止めさせた状態で囲繞部を保持解除状態から保持状態に切り替えることで大径挿通体を保持することができる。また、小径用受止部材を設置位置に設置し、小径挿通体を小径用受止部材に受け止めさせた状態で囲繞部を保持解除状態から保持状態に切り替えることで小径挿通体を保持することができる。このように、大径挿通体と小径挿通体とを保持することができ、径の大きさが異なる複数種の挿通体に対応可能となる。
また、脆弱部で分離させる前の小径用受止部材は脆弱部を介して挿通体保持具に一体形成されており、部品点数を多くすることなく小径用受止部材を備えることができるため、部品点数を多くすることなく径の大きさが異なる複数種の挿通体に対応することが可能となる。 According to this configuration, the large diameter penetrating body can be held by switching the surrounding portion from the holding release state to the holding state while the large diameter penetrating body is received by the large diameter receiving portion without installing the small diameter receiving member at the installation position. Also, the small diameter receiving member can be installed at the installation position, and the small diameter penetrating body can be held by switching the surrounding portion from the holding release state to the holding state while the small diameter penetrating body is received by the small diameter receiving member. In this way, it is possible to hold a large diameter penetrating body and a small diameter penetrating body, and it is possible to handle a plurality of penetrating bodies having different diameters.
In addition, the small diameter receiving member before being separated at the weak portion is integrally formed with the penetrating body holder via the weak portion, and since the small diameter receiving member can be provided without increasing the number of parts, it is possible to accommodate multiple types of penetrating bodies with different diameters without increasing the number of parts.

本発明の第２特徴構成は、前記保持位置に位置する前記挿通体が沿う方向を挿通体延在方向として、
前記受止部は、前記小径用受止部材を前記設置位置に設置した状態で前記小径用受止部材に対して前記挿通体延在方向の一方側から当接する位置決め用壁部を備えている点にある。 A second characteristic configuration of the present invention is a method for determining a direction along which the penetrator located at the holding position extends,
The receiving portion has a positioning wall portion that abuts against the small diameter receiving member from one side in the extending direction of the insert when the small diameter receiving member is installed at the installation position.

本構成によれば、小径用受止部材を設置位置に設置させる際に位置決め用壁部に接触させることで設置位置に対する挿通体延在方向の位置を合わせることができるため、挿通体延在方向において適切な位置に小径用受止部材を設置し易くなる。 According to this configuration, when the small diameter receiving member is installed at the installation position, it can be brought into contact with the positioning wall portion to align the position of the insert in the extension direction relative to the installation position, making it easier to install the small diameter receiving member at an appropriate position in the extension direction of the insert.

本発明の第３特徴構成は、前記保持位置に位置する前記挿通体が沿う方向を挿通体延在方向とし、
前記挿通体延在方向に対して直交する方向を交差方向として、
前記受止部は、前記小径用受止部材を前記設置位置に設置した状態で前記交差方向の両側に位置する嵌合用壁部を備えている点にある。 In a third characteristic configuration of the present invention, a direction along which the penetrating body located at the holding position is an extending direction of the penetrating body,
A direction perpendicular to the extending direction of the insert is set as a cross direction,
The receiving portion includes fitting walls located on both sides in the intersecting direction when the small diameter receiving member is installed at the installation position.

本構成によれば、一対の嵌合用壁部の間に小径用受止部材を設置することで、設置位置に対する交差方向の位置を合わせることができるため、交差方向において適切な位置に小径用受止部材を設置し易くなる。 According to this configuration, by installing the small diameter receiving member between a pair of fitting walls, the position in the intersecting direction can be adjusted relative to the installation position, making it easier to install the small diameter receiving member in an appropriate position in the intersecting direction.

本発明の第４特徴構成は、前記設置位置の前記小径用受止部材は、前記ベース部を前記被固定面に固定するための締結部材を用いて前記ベース部に共締め固定されている点にある。 The fourth characteristic feature of the present invention is that the small diameter receiving member at the installation position is fastened to the base portion by using a fastening member for fastening the base portion to the fixed surface.

本構成によれば、締結部材を用いてベース部を被固定面に固定する場合に、その締結部材を用いて小径用受止部材を設置位置に共締め固定することができるため、ベース部の被固定面への固定と小径用受止部材の設置位置への固定とを各別に行う場合に比べて固定作業の手間を軽減させることができる。 According to this configuration, when the base part is fixed to the fixed surface using a fastening member, the small diameter receiving member can be fastened and fixed to the installation position using the same fastening member, so the effort required for the fixing work can be reduced compared to when the base part is fixed to the fixed surface and the small diameter receiving member is fixed to the installation position separately.

本発明の第５特徴構成は、前記設置位置は、前記囲繞部に囲繞されている空間内に設定されており、
前記小径用受止部材は、前記囲繞部に囲繞されている空間内に位置する状態で前記脆弱部を介して分離自在に一体形成されている点にある。 A fifth characteristic configuration of the present invention is a method for installing the device in a space surrounded by the surrounding portion,
The small diameter receiving member is integrally formed so as to be separable via the weakened portion while being positioned within the space surrounded by the surrounding portion.

本構成によれば、脆弱部を介して一体形成されている小径用受止部材が囲繞部に囲繞されている空間に位置しているため、小径用受止部材を備えた挿通体保持具をコンパクトに構成することができ、また、小径用受止部材の設置位置が設定されている位置と同様に囲繞部に囲繞されている空間内に位置しているため、小径用受止部材の設置位置がイメージし易くなる。 According to this configuration, the small diameter receiving member that is integrally formed via the weak portion is located in the space surrounded by the surrounding portion, so that the insertion body holder equipped with the small diameter receiving member can be configured compactly, and since the small diameter receiving member is located in the space surrounded by the surrounding portion in the same position as the installation position of the small diameter receiving member, it is easy to imagine the installation position of the small diameter receiving member.

挿通体保持具の正面側斜視図A front perspective view of the penetrating body holder 挿通体保持具の背面側斜視図A rear perspective view of the penetrating body holder 小型用受止部材を分離させた状態を示す挿通体保持具の正面図FIG. 4 is a front view of the insertion body holder showing a state in which the small receiving member is separated; 小型用受止部材を設置位置に設置した状態を示す挿通体保持具の正面図FIG. 13 is a front view of the insertion body holder showing a state in which the small receiving member is installed at the installation position. 小型用受止部材を設置位置に設置した状態を示す挿通体保持具の縦断側面図FIG. 13 is a vertical sectional side view of the insertion body holder showing a state in which the small receiving member is installed at the installation position. 大径挿通体を保持した状態を示す挿通体保持具の正面図FIG. 13 is a front view of the penetrating body holder showing a state in which the large-diameter penetrating body is held 小径挿通体を保持した状態を示す挿通体保持具の正面図FIG. 13 is a front view of the penetrating body holder showing a state in which the small diameter penetrating body is held 小径挿通体と共に保護体を保持した状態を示す挿通体保持具の正面図FIG. 13 is a front view of the penetrating body holder showing a state in which the small-diameter penetrating body and the protective body are held;

本発明に係る挿通体保持具の実施形態を図面に基づいて説明する。
図１及び図２に示すように、挿通体保持具１は、被固定面Ｆ（図５参照）に固定可能なベース部２と、挿通体４を挿通状態で保持位置Ｐ１に保持可能なサドル部３とを備えている。ベース部２とサドル部３とは樹脂材によって一体形成されている。
挿通体４として、給排水用配管や配線・配管用のさや管等の長尺体、及び、長尺体に接続されるジョイントや止水具等の接続体を用いることができる。つまり、挿通体保持具１は、図６や図７に示すように、給排水用配管等の長尺体を挿通体４としてサドル部３に挿通させることでサドル部３によって長尺体を保持することができ、また、長尺体にジョイントや止水具等の接続体（図示せず）が接続されている場合に、その接続体を挿通体４としてサドル部３に挿通させることでサドル部３によって接続体を保持することができるように構成されている。 An embodiment of a penetrating body holder according to the present invention will be described with reference to the drawings.
1 and 2, the penetrating body holder 1 includes a base portion 2 that can be fixed to a fixing surface F (see FIG. 5), and a saddle portion 3 that can hold the penetrating body 4 at a holding position P1 in an inserted state. The base portion 2 and the saddle portion 3 are integrally formed from a resin material.
A long body such as a water supply/drainage pipe or a sheath tube for wiring/piping, and a connector such as a joint or a water stopper that is connected to the long body can be used as the inserting body 4. That is, as shown in Fig. 6 and Fig. 7, the inserting body holder 1 is configured so that a long body such as a water supply/drainage pipe can be inserted into the saddle portion 3 as the inserting body 4 to hold the long body with the saddle portion 3, and also so that when a connector (not shown) such as a joint or a water stopper is connected to the long body, the connector can be inserted into the saddle portion 3 as the inserting body 4 to hold the connector with the saddle portion 3.

また、図８に示すように、挿通体４を保護する保護体５を挿通体４と共にサドル部３に挿通させることでサドル部３によって保護体５を保持するようにしてもよい。説明を加えると、挿通体４が樹脂材等の柔らかい材質で構成されている場合にビス等の尖がった部材が挿通体４に刺さることで挿通体４が破損する虞があるが、金属材等の硬質な材料で構成されている保護体５を、挿通体延在方向視で挿通体４の外周面に沿う円弧状に形成すると共に挿通体延在方向Ｘに長尺に形成して、その保護体５によって挿通体４の外周面の一部を覆う状態で挿通体４と共に保護体５をサドル部３に挿通させることで、挿通体４が破損することを保護体５によって防止することができながらその保護体５をサドル部３に保持させることができる。 As shown in FIG. 8, the protective body 5 for protecting the insert 4 may be inserted into the saddle 3 together with the insert 4, so that the protective body 5 is held by the saddle 3. To explain further, if the insert 4 is made of a soft material such as a resin material, there is a risk that the insert 4 may be damaged by a sharp member such as a screw piercing the insert 4. However, the protective body 5 made of a hard material such as a metal material is formed in an arc shape along the outer circumferential surface of the insert 4 when viewed in the direction of extension of the insert and is formed long in the direction of extension X of the insert, and the protective body 5 is inserted into the saddle 3 together with the insert 4 in a state in which the protective body 5 covers a part of the outer circumferential surface of the insert 4. This allows the protective body 5 to be held by the saddle 3 while preventing the insert 4 from being damaged by the protective body 5.

サドル部３は、保持位置Ｐ１に位置する挿通体４を受け止める受止部６と、受止部６に受け止められて保持位置Ｐ１に位置する挿通体４の周囲を囲繞して挿通体４を保持する保持状態（図６及び図７参照）及び当該挿通体４に対する保持を解除した保持解除状態（図１～４参照）に切り替え可能な囲繞部７とを備えている。
図６や図７に示すように、挿通体保持具１は、ベース部２を被固定面Ｆに固定し、サドル部３に挿通させた挿通状態でサドル部３によって挿通体４を保持位置Ｐ１に保持させることで、被固定面Ｆに対して挿通体４を設置できるように構成されている。 The saddle portion 3 includes a receiving portion 6 that receives the penetrating body 4 located at the holding position P1, and a surrounding portion 7 that can be switched between a holding state (see Figures 6 and 7) in which the penetrating body 4 is received by the receiving portion 6 and surrounds the penetrating body 4 located at the holding position P1 to hold the penetrating body 4, and a holding release state (see Figures 1 to 4) in which the holding of the penetrating body 4 is released.
As shown in Figures 6 and 7, the penetrating body holding device 1 is configured so that the penetrating body 4 can be installed on the fixed surface F by fixing the base portion 2 to the fixed surface F and holding the penetrating body 4 at a holding position P1 by the saddle portion 3 in an inserted state in which the penetrating body 4 is inserted into the saddle portion 3.

以下、挿通体保持具１について説明を加えるが、図６及び図７に示すように、挿通体保持具１を、床面等の上方側Ｚ１を向く被固定面Ｆに固定した状態に基づいて上下方向Ｚを定義して説明する。また、図６及び図７に示すように、サドル部３に保持されて保持位置Ｐ１に位置する挿通体４が沿う方向を挿通体延在方向Ｘとし、挿通体延在方向Ｘに対して直交する方向を交差方向Ｙとしている。また、挿通体延在方向Ｘの一方側を挿通体延在方向第一側Ｘ１と称し、その反対側を挿通体延在方向第二側Ｘ２と称している。
尚、本実施形態では、挿通体延在方向Ｘ及び交差方向Ｙは、被固定面Ｆと平行となる方向としている。また、本実施形態では、被固定面Ｆを床面等の鉛直上方側（上方側Ｚ１）を向く面としているが、被固定面Ｆを、壁面等の水平方向を向く面としてもよく、天井面等の鉛直下方側を向く面としてもよい。 The following describes the insert body holder 1, with the up-down direction Z defined based on the state in which the insert body holder 1 is fixed to a fixed surface F facing the upper side Z1, such as a floor surface, as shown in Figures 6 and 7. As shown in Figures 6 and 7, the direction along which the insert body 4 held by the saddle portion 3 and positioned at the holding position P1 runs is the insert body extension direction X, and the direction perpendicular to the insert body extension direction X is the cross direction Y. One side of the insert body extension direction X is referred to as the insert body extension direction first side X1, and the opposite side is referred to as the insert body extension direction second side X2.
In this embodiment, the extending direction X of the inserting body and the intersecting direction Y are parallel to the fixed surface F. In this embodiment, the fixed surface F is a surface facing the vertically upward side (upper side Z1) of a floor surface or the like, but the fixed surface F may be a surface facing the horizontal direction of a wall surface or the like, or may be a surface facing the vertically downward side of a ceiling surface or the like.

図１及び図２に示すように、ベース部２は、上方側Ｚ１の端部にサドル部３が一体形成されており、下方側Ｚ２の端部を被固定面Ｆ（図６及び図７参照）に接触させた状態で被固定面Ｆに固定するように構成されている。
図５に示すように、ベース部２には、上下方向Ｚに貫通するベース側貫通部９が形成されており、ベース部２は、ベース側貫通部９に挿通させたビス等の締結部材１０を用いて被固定面Ｆに固定される。 As shown in Figures 1 and 2, the base portion 2 has a saddle portion 3 integrally formed at the end portion on the upper side Z1, and is configured to be fixed to a fixed surface F (see Figures 6 and 7) with the end portion on the lower side Z2 in contact with the fixed surface F.
As shown in Figure 5, the base portion 2 has a base-side through-portion 9 that penetrates in the vertical direction Z, and the base portion 2 is fixed to the fixed surface F using a fastening member 10 such as a screw inserted into the base-side through-portion 9.

また、図示は省略するが、挿通体保持具１には、ベース部２の上下方向Ｚの長さが異なる複数種類がある。そのため、設置する挿通体４と被固定面Ｆとの離間距離に応じた長さのベース部２を有する挿通体保持具１を選択して使用することで、被固定面Ｆから適切な距離だけ離間させた状態で挿通体４を設置できるように構成されている。 Although not shown in the figures, there are several types of penetrating body holders 1, each with a different length of the base portion 2 in the vertical direction Z. Therefore, by selecting and using a penetrating body holder 1 having a base portion 2 with a length that corresponds to the distance between the penetrating body 4 to be installed and the fixed surface F, the penetrating body 4 can be installed at an appropriate distance from the fixed surface F.

図１及び図２に示すように、囲繞部７は、揺動囲繞部分７Ａと固定囲繞部分７Ｂとを備えている。揺動囲繞部分７Ａは、ヒンジ部１１を介して受止部６に連結されている。揺動囲繞部分７Ａの先端側端部の内面に係合部１２が形成されており、固定囲繞部分７Ｂの先端側端部の外面に被係合部１３が形成されている。
囲繞部７は、ヒンジ部１１を中心に揺動囲繞部分７Ａを揺動させることで、係合部１２を被係合部１３に係合させて揺動囲繞部分７Ａを固定囲繞部分７Ｂに連結させた保持状態（図６及び図７参照）と、係合部１２を被係合部１３から離脱させて揺動囲繞部分７Ａの固定囲繞部分７Ｂに対する連結を解除させた保持解除状態（図１～４参照）とに切り替え可能に構成されている。 1 and 2, the surrounding part 7 includes a swingable surrounding part 7A and a fixed surrounding part 7B. The swingable surrounding part 7A is connected to the receiving part 6 via a hinge part 11. An engaging part 12 is formed on the inner surface of the tip end part of the swingable surrounding part 7A, and an engaged part 13 is formed on the outer surface of the tip end part of the fixed surrounding part 7B.
The surrounding portion 7 is configured to be switchable between a holding state (see Figures 6 and 7) in which the engaging portion 12 engages with the engaged portion 13 to connect the swinging surrounding portion 7A to the fixed surrounding portion 7B by swinging the swinging surrounding portion 7A around the hinge portion 11, and a holding release state (see Figures 1 to 4) in which the engaging portion 12 is disengaged from the engaged portion 13 to release the connection of the swinging surrounding portion 7A to the fixed surrounding portion 7B.

また、囲繞部７には係合解除用の操作部１４が備えられている。この操作部１４は、揺動囲繞部分７Ａの外面に、揺動囲繞部分７Ａの先端側とは反対側に向けて揺動囲繞部分７Ａから徐々に離れる姿勢で備えられており、操作部１４と揺動囲繞部分７Ａとの間にマイナスドライバー等の操作具を挿入して操作することで係合部１２の被係合部１３に対する係合を解除し易くなっている。
また、ヒンジ部１１は、揺動囲繞部分７Ａより挿通体延在方向Ｘに幅狭に形成されていると共に揺動囲繞部分７Ａより薄く形成されており変形し易くなっているため、囲繞部７が保持状態に切り替えられている状態において揺動囲繞部分７Ａを挿通体延在方向Ｘに操作して係合部１２を被係合部１３に対して挿通体延在方向Ｘにずらすことで、囲繞部７を保持解除状態に切り替えることができるように構成されている。 The surrounding portion 7 is also provided with an operating portion 14 for disengagement. The operating portion 14 is provided on the outer surface of the swinging surrounding portion 7A in a position gradually moving away from the swinging surrounding portion 7A toward the side opposite the tip side of the swinging surrounding portion 7A, and the engagement of the engaging portion 12 with the engaged portion 13 can be easily released by inserting an operating tool such as a flathead screwdriver between the operating portion 14 and the swinging surrounding portion 7A and operating it.
In addition, the hinge portion 11 is formed narrower in the insert body extension direction X than the oscillating surrounding portion 7A and thinner than the oscillating surrounding portion 7A, making it easier to deform. Therefore, when the surrounding portion 7 is switched to the holding state, the oscillating surrounding portion 7A can be operated in the insert body extension direction X to shift the engaging portion 12 in the insert body extension direction X relative to the engaged portion 13, thereby switching the surrounding portion 7 to the holding release state.

図１から図４に示すように、受止部６は、大径挿通体４Ａを受け止めるための大径用受止部６Ａと、大径用受止部６Ａより嵩上げした位置で小径挿通体４Ｂを受け止めるためにサドル部３の設置位置Ｐ２に設置可能な小径用受止部材６Ｂとを備えている。
図３に示すように、小径用受止部材６Ｂは、脆弱部２１を介して分離自在に一体形成されており、脆弱部２１で分離させることで、図４に示すように設置位置Ｐ２に設置可能に構成されている。 As shown in Figures 1 to 4, the receiving portion 6 includes a large diameter receiving portion 6A for receiving the large diameter insert 4A, and a small diameter receiving member 6B that can be installed at installation position P2 of the saddle portion 3 to receive the small diameter insert 4B at a position elevated above the large diameter receiving portion 6A.
As shown in FIG. 3, the small diameter receiving member 6B is integrally formed so as to be freely separable via the weak portion 21, and is configured so as to be installable at the installation position P2 as shown in FIG. 4 by being separated at the weak portion 21.

つまり、挿通体４には、大径挿通体４Ａ（図６参照）と、大径挿通体４Ａより小径の小径挿通体４Ｂ（図７参照）とがあるが、受止部６は、図６に示すように、小径用受止部材６Ｂを設置位置Ｐ２に設置せずに大径用受止部６Ａに挿通体４を受け止めることで大径挿通体４Ａを保持することができ、図７に示すように、小径用受止部材６Ｂを設置位置Ｐ２に設置して小径用受止部材６Ｂに挿通体４を受け止めることで小径挿通体４Ｂを保持できるように構成されている。 In other words, the inserts 4 include a large diameter insert 4A (see FIG. 6) and a small diameter insert 4B (see FIG. 7) that is smaller in diameter than the large diameter insert 4A. As shown in FIG. 6, the receiving portion 6 is configured to be able to hold the large diameter insert 4A by receiving the insert 4 on the large diameter receiving portion 6A without installing the small diameter receiving member 6B at the installation position P2, and to be able to hold the small diameter insert 4B by installing the small diameter receiving member 6B at the installation position P2 and receiving the insert 4 on the small diameter receiving member 6B as shown in FIG. 7.

次に、大径用受止部６Ａ及び小径用受止部材６Ｂについて説明を加える。
図３及び図６に示すように、大径用受止部６Ａは、上方側Ｚ１ほど交差方向Ｙの幅が広くなる形状に形成されており、大径用受止部６Ａの上部は、大径挿通体４Ａの下部の形状に沿った形状となるように下方側Ｚ２に向けて凹入する形状に形成されている。大径用受止部６Ａは、この大径用受止部６Ａの上面上に載せるようにして大径挿通体４Ａを受け止めるように構成されている。
また、大径用受止部６Ａは、樹脂材で形成されており柔軟性を有している。そのため、大径用受止部６Ａの形状と大径挿通体４Ａの形状とが多少異なっていたとしても、保持位置Ｐ１に大径挿通体４Ａを受け止めた際に大径用受止部６Ａが撓むことによって大径挿通体４Ａの外形に沿った形状に変形するように構成されている。
また、大径用受止部６Ａには、大径用突起１５が形成されており、大径用受止部６Ａによって大径挿通体４Ａを受け止めた際に、大径用突起１５が大径挿通体４Ａの外周面に食い込むことによって保持した大径挿通体４Ａが挿通体延在方向Ｘにずれ難くなるように構成されている。 Next, the large diameter receiving portion 6A and the small diameter receiving member 6B will be described.
3 and 6, the large diameter receiving portion 6A is formed in a shape that the width in the transverse direction Y increases toward the upper side Z1, and the upper portion of the large diameter receiving portion 6A is formed in a shape that is recessed toward the lower side Z2 so as to conform to the shape of the lower portion of the large diameter insert 4A. The large diameter receiving portion 6A is configured to receive the large diameter insert 4A by placing it on the upper surface of the large diameter receiving portion 6A.
In addition, the large diameter receiving portion 6A is made of a resin material and has flexibility, so that even if the shape of the large diameter receiving portion 6A and the shape of the large diameter inserter 4A are slightly different, the large diameter receiving portion 6A is configured to bend and deform to a shape that matches the outer shape of the large diameter inserter 4A when the large diameter inserter 4A is received in the holding position P1.
In addition, a large diameter protrusion 15 is formed on the large diameter receiving portion 6A, and when the large diameter inserter 4A is received by the large diameter receiving portion 6A, the large diameter protrusion 15 bites into the outer peripheral surface of the large diameter inserter 4A, thereby making it difficult for the held large diameter inserter 4A to shift in the inserter extension direction X.

大径用受止部６Ａは交差方向Ｙに分割されており、分割された大径用受止部６Ａの間に小径用受止部材６Ｂを設置するための設置位置Ｐ２が設定されている。設置位置Ｐ２の挿通体延在方向第一側Ｘ１には位置決め用壁部１６があり、この位置決め用壁部１６は、ベース側貫通部９より挿通体延在方向第一側Ｘ１に位置しており、分割された大径用受止部６Ａ同士を接続する壁部によって形成されている。また、設置位置Ｐ２の交差方向Ｙの両側には嵌合用壁部１７があり、この一対の嵌合用壁部１７は、分割された大径用受止部６Ａの交差方向Ｙの内側端部によって形成されている。また、設置位置Ｐ２の下方側Ｚ２には下側壁部１８があり、この下側壁部１８にはベース側貫通部９が形成されている。このように、設置位置Ｐ２は、囲繞部７に囲繞されている空間内に設定されている。 The large diameter receiving portion 6A is divided in the cross direction Y, and an installation position P2 is set between the divided large diameter receiving portions 6A for installing the small diameter receiving member 6B. A positioning wall 16 is provided on the first side X1 of the installation position P2 in the direction of extension of the insert, and this positioning wall 16 is located on the first side X1 of the direction of extension of the insert from the base side through portion 9, and is formed by a wall portion connecting the divided large diameter receiving portions 6A to each other. In addition, there are fitting walls 17 on both sides of the installation position P2 in the cross direction Y, and this pair of fitting walls 17 is formed by the inner end portions of the divided large diameter receiving portions 6A in the cross direction Y. In addition, there is a lower wall 18 on the lower side Z2 of the installation position P2, and the base side through portion 9 is formed in this lower wall 18. In this way, the installation position P2 is set in the space surrounded by the surrounding portion 7.

図４及び図７に示すように、小径用受止部材６Ｂは、上方側Ｚ１ほど交差方向Ｙの幅が広くなる形状に形成されており、小径用受止部材６Ｂの上部は、小径挿通体４Ｂの下部の形状に沿った形状となるように下方側Ｚ２に向けて凹入する形状に形成されている。小径用受止部材６Ｂは、この小径用受止部材６Ｂの上面上に載せるようにして小径挿通体４Ｂを受け止めるように構成されている。
また、小径用受止部材６Ｂには、小径用突起１９が形成されており、小径用受止部材６Ｂによって小径挿通体４Ｂを受け止めた際に、小径用突起１９が小径挿通体４Ｂの外周面に食い込むことによって保持した小径挿通体４Ｂが挿通体延在方向Ｘにずれ難くなるように構成されている。 4 and 7, the small diameter receiving member 6B is formed in a shape that the width in the transverse direction Y increases toward the upper side Z1, and the upper part of the small diameter receiving member 6B is formed in a shape that is recessed toward the lower side Z2 so as to conform to the shape of the lower part of the small diameter insert 4B. The small diameter receiving member 6B is configured to receive the small diameter insert 4B by being placed on the upper surface of the small diameter receiving member 6B.
In addition, the small diameter receiving member 6B is formed with a small diameter protrusion 19, and when the small diameter inserter 4B is received by the small diameter receiving member 6B, the small diameter protrusion 19 bites into the outer peripheral surface of the small diameter inserter 4B, making it difficult for the held small diameter inserter 4B to shift in the inserter extension direction X.

小径用受止部材６Ｂは、囲繞部７に囲繞されている空間内に位置する状態で脆弱部２１を介して一体形成されている。
図３に示すように、脆弱部２１を介して分離自在に一体形成されている小径用受止部材６Ｂ（以下、接続状態の小径用受止部材６Ｂと称する場合がある）は、囲繞部７を保持状態（図６及び図７参照）に切り替えた状態において、挿通体延在方向視で囲繞部７に囲繞されている空間、正確には、大径用受止部６Ａと保持状態の囲繞部７とで囲繞されている空間内に位置している。また、図１及び図２に示すように、接続状態の小径用受止部材６Ｂは、挿通体延在方向Ｘにおいて大径用受止部６Ａや囲繞部７の幅内に位置している。 The small diameter receiving member 6B is integrally formed via a fragile portion 21 in a state where it is located within the space surrounded by the surrounding portion 7.
As shown in Fig. 3, the small diameter receiving member 6B (hereinafter, sometimes referred to as the small diameter receiving member 6B in the connected state) which is integrally formed so as to be freely separable via the weak portion 21, is located in the space surrounded by the surrounding portion 7 as viewed in the extending direction of the insert when the surrounding portion 7 is switched to the holding state (see Figs. 6 and 7), more precisely, in the space surrounded by the large diameter receiving portion 6A and the surrounding portion 7 in the holding state. Also, as shown in Figs. 1 and 2, the small diameter receiving member 6B in the connected state is located within the width of the large diameter receiving portion 6A and the surrounding portion 7 in the extending direction X of the insert.

また、脆弱部２１は人の力によって折り取ることが可能な強度に構成されており、小径用受止部材６Ｂは脆弱部２１で分離自在に構成されている。
脆弱部２１は、設置位置Ｐ２に位置する小径用受止部材６Ｂが存在する領域（以下、設置位置Ｐ２の領域と略称する場合がある）内に脆弱部２１が位置しないように挿通体保持具１に備えられている。本実施形態では、脆弱部２１は、上下方向Ｚに沿う姿勢で、その下端部が位置決め用壁部１６の上方側Ｚ１を向く面に接続されている。
つまり、図３に示す状態では、小径用受止部材６Ｂと脆弱部２１との接続箇所で分離されており、脆弱部２１は、位置決め用壁部１６の上方側Ｚ１を向く面に接続された状態で残っているが、脆弱部２１が存在する位置は設置位置Ｐ２に対して挿通体延在方向第一側Ｘ１にずれており、設置位置Ｐ２に設置した小径用受止部材６Ｂと脆弱部２１とが干渉することがないため、脆弱部２１が接続された状態で残っていたとしても小径用受止部材６Ｂを設置位置Ｐ２に設置できるように構成されている。 Further, the weak portion 21 is configured to have a strength that allows it to be broken off by human force, and the small diameter receiving member 6B is configured to be freely separated at the weak portion 21.
The weak portion 21 is provided in the penetrating body holder 1 so that the weak portion 21 is not located in an area where the small diameter receiving member 6B located at the installation position P2 exists (hereinafter, may be abbreviated to the area of the installation position P2). In this embodiment, the weak portion 21 is oriented along the up-down direction Z, and its lower end portion is connected to a surface of the positioning wall portion 16 facing the upper side Z1.
In other words, in the state shown in Figure 3, the small diameter receiving member 6B and the weak portion 21 are separated at their connection points, and the weak portion 21 remains connected to the surface facing the upper side Z1 of the positioning wall portion 16, but the position at which the weak portion 21 is present is shifted toward the first side X1 in the extension direction of the insert relative to the installation position P2, and the small diameter receiving member 6B installed at the installation position P2 and the weak portion 21 do not interfere with each other, so that the small diameter receiving member 6B can be installed at the installation position P2 even if the weak portion 21 remains connected.

図１から図３に示すように、接続状態の小径用受止部材６Ｂは、設置位置Ｐ２に対してずれた位置に位置している。具体的には、接続状態の小径用受止部材６Ｂは、設置位置Ｐ２に対して上方側Ｚ１及び挿通体延在方向第一側Ｘ１にずれて位置している。
接続状態の小径用受止部材６Ｂは、設置位置Ｐ２からの上方側Ｚ１へのずれ量が小径用受止部材６Ｂの上下方向Ｚの幅以下であるため、上下方向Ｚにおいて設置位置Ｐ２の領域と重なる部分を有している。
また、接続状態の小径用受止部材６Ｂは、設置位置Ｐ２からの挿通体延在方向第一側Ｘ１へのずれ量が小径用受止部材６Ｂの挿通体延在方向Ｘの幅以下であるため、挿通体延在方向Ｘ及び上下方向Ｚにおいて設置位置Ｐ２の領域と重なる部分を有している。
つまり、小径用受止部材６Ｂは、接続状態において設置位置Ｐ２の領域と一部重複しており、設置位置Ｐ２から大きくずれていない。また、接続状態の小径用受止部材６Ｂの姿勢は、設置位置Ｐ２に設置された小径用受止部材６Ｂの姿勢と同じ姿勢で接続されている。
尚、接続状態の小径用受止部材６Ｂは、設置位置Ｐ２の領域に対して交差方向Ｙにはずれていない。 1 to 3, the small diameter receiving member 6B in the connected state is positioned at a position shifted from the installation position P2. Specifically, the small diameter receiving member 6B in the connected state is positioned at a position shifted to the upper side Z1 and the first side X1 in the extending direction of the insert with respect to the installation position P2.
When the small diameter receiving member 6B is connected, the amount of deviation from the installation position P2 to the upper side Z1 is less than the width of the small diameter receiving member 6B in the vertical direction Z, and therefore the small diameter receiving member 6B has a portion that overlaps with the area of the installation position P2 in the vertical direction Z.
In addition, the small diameter receiving member 6B in the connected state has a portion that overlaps with the area of the installation position P2 in the insert body extension direction X and the vertical direction Z, since the amount of deviation from the installation position P2 to the first side X1 in the insert body extension direction is less than or equal to the width of the small diameter receiving member 6B in the insert body extension direction X.
That is, the small diameter receiving member 6B partially overlaps with the area of the installation position P2 in the connected state, and is not significantly shifted from the installation position P2. Also, the posture of the small diameter receiving member 6B in the connected state is the same as the posture of the small diameter receiving member 6B installed at the installation position P2.
In addition, the small diameter receiving member 6B in the connected state is not deviated in the transverse direction Y from the region of the installation position P2.

図４に示すように、設置位置Ｐ２に設置された小径用受止部材６Ｂは、一対の嵌合用壁部１７の間に位置しており、一対の嵌合用壁部１７によって交差方向Ｙへの移動が規制されている。また、図５に示すように、設置位置Ｐ２に設置された小径用受止部材６Ｂは、位置決め用壁部１６の挿通体延在方向第二側Ｘ２に位置しており、位置決め用壁部１６によって挿通体延在方向第一側Ｘ１への移動が規制されている。
このように、受止部６には、小径用受止部材６Ｂを設置位置Ｐ２に設置した状態で小径用受止部材６Ｂに対して挿通体延在方向第一側Ｘ１から当接する位置決め用壁部１６が備えられている。また、受止部６には、小径用受止部材６Ｂを設置位置Ｐ２に設置した状態で交差方向Ｙの両側に位置する嵌合用壁部１７が備えられている。 As shown in Fig. 4, the small diameter receiving member 6B installed at the installation position P2 is located between a pair of fitting walls 17, and its movement in the transverse direction Y is restricted by the pair of fitting walls 17. Also, as shown in Fig. 5, the small diameter receiving member 6B installed at the installation position P2 is located on the second side X2 in the insert extending direction of the positioning wall 16, and its movement toward the first side X1 in the insert extending direction is restricted by the positioning wall 16.
In this manner, the receiving portion 6 is provided with a positioning wall 16 that abuts against the small diameter receiving member 6B from the first side X1 in the extending direction of the insert when the small diameter receiving member 6B is installed at the installation position P2. The receiving portion 6 is also provided with fitting walls 17 that are located on both sides in the transverse direction Y when the small diameter receiving member 6B is installed at the installation position P2.

図４に示すように、設置位置Ｐ２に設置された小径用受止部材６Ｂは、交差方向Ｙの両側にある大径用受止部６Ａより上方側Ｚ１に突出する状態で設置されている。そのため、小径用受止部材６Ｂは、大径用受止部６Ａより嵩上げした状態で挿通体４を受け止めるように構成されており、大径用受止部６Ａで大径挿通体４Ａを受け止めた場合と小径用受止部材６Ｂで小径挿通体４Ｂを受け止めた場合とで、囲繞部７が同じ状態又は大きな違いが無い状態で挿通体４を保持することができるようになっている。 As shown in FIG. 4, the small diameter receiving member 6B installed at the installation position P2 is installed in a state where it protrudes upward Z1 from the large diameter receiving parts 6A on both sides in the cross direction Y. Therefore, the small diameter receiving member 6B is configured to receive the penetrating body 4 in a state where it is raised higher than the large diameter receiving parts 6A, and the surrounding part 7 can hold the penetrating body 4 in the same state or with no significant difference when the large diameter receiving part 6A receives the large diameter penetrating body 4A and when the small diameter receiving member 6B receives the small diameter penetrating body 4B.

図５に示すように、設置位置Ｐ２の小径用受止部材６Ｂは、ベース部２を被固定面Ｆに固定するための締結部材１０を用いてベース部２に共締め固定されている。
説明を加えると、小径用受止部材６Ｂには、上下方向Ｚに貫通する受止側貫通部２３が備えられている。この受止側貫通部２３は、小径用受止部材６Ｂが設置位置Ｐ２にある状態においてベース側貫通部９と連通している。
そのため、小径用受止部材６Ｂを設置位置Ｐ２に位置させた状態で締結部材１０を受止側貫通部２３及びベース側貫通部９に挿通させて被固定面Ｆを形成する床等に締結固定することで、ベース部２を被固定面Ｆに固定することができると共に小径用受止部材６Ｂを設置位置Ｐ２に固定することができるようになっている。 As shown in FIG. 5, the small diameter receiving member 6B at the installation position P2 is fastened to the base portion 2 by means of a fastening member 10 for fastening the base portion 2 to the fixed surface F.
To explain further, the small diameter receiving member 6B is provided with a receiving-side through-portion 23 that penetrates in the up-down direction Z. This receiving-side through-portion 23 communicates with the base-side through-portion 9 when the small diameter receiving member 6B is in the installation position P2.
Therefore, by positioning the small diameter receiving member 6B at the installation position P2 and inserting the fastening member 10 through the receiving side through portion 23 and the base side through portion 9 to fasten and fix it to a floor or the like that forms the fixed surface F, the base portion 2 can be fixed to the fixed surface F and the small diameter receiving member 6B can be fixed to the installation position P2.

図６に示すように、挿通体保持具１で大径挿通体４Ａを保持する場合、接続状態の小径用受止部材６Ｂの一部が保持位置Ｐ１に位置する大径挿通体４Ａが存在する領域内に位置しているため、脆弱部２１で折り取って小径用受止部材６Ｂを受止部６から取り外す。この際、脆弱部２１と位置決め用壁部１６との接続箇所で折り取ることで受止部６側に脆弱部２１が残らなくなるため、大径挿通体４Ａを保持する際に脆弱部２１が邪魔にならなくなる。
そして、このように小径用受止部材６Ｂを取り外した後、締結部材１０をベース側貫通部９に挿通させて締結部材１０によってベース部２を被固定面Ｆに固定すると共に、大径用受止部６Ａに大径挿通体４Ａを受け止めさせた状態で囲繞部７を保持解除状態から保持状態に切り替えることで、挿通体保持具１で大径挿通体４Ａを保持することができる。 6, when the large diameter insert 4A is held by the insert holder 1, a part of the small diameter receiving member 6B in the connected state is located within the area where the large diameter insert 4A located at the holding position P1 exists, so the small diameter receiving member 6B is broken off at the fragile portion 21 to remove it from the receiving portion 6. At this time, by breaking off the fragile portion 21 at the connection point between the fragile portion 21 and the positioning wall portion 16, no fragile portion 21 remains on the receiving portion 6 side, so that the fragile portion 21 does not get in the way when holding the large diameter insert 4A.
After removing the small diameter receiving member 6B in this manner, the fastening member 10 is inserted into the base side through-hole 9 to fix the base portion 2 to the fixed surface F by the fastening member 10, and with the large diameter receiving portion 6A receiving the large diameter penetrating body 4A, the surrounding portion 7 is switched from the released state to the held state, thereby allowing the penetrating body holding device 1 to hold the large diameter penetrating body 4A.

また、図７に示すように、挿通体保持具１で小径挿通体４Ｂを保持する場合、脆弱部２１で折り取って小径用受止部材６Ｂを受止部６から取り外す。この際、小径用受止部材６Ｂと脆弱部２１との接続箇所で折り取ることで小径用受止部材６Ｂ側に脆弱部２１が残らなくなるため、小径用受止部材６Ｂを設置位置Ｐ２に設置する際に脆弱部２１が邪魔にならなくなる。
そして、このように小径用受止部材６Ｂを取り外した後、締結部材１０を受止側貫通部２３及びベース側貫通部９に挿通させて締結部材１０によってベース部２を被固定面Ｆに固定し且つ小径用受止部材６Ｂを設置位置Ｐ２に共締め固定すると共に、小径用受止部材６Ｂに小径挿通体４Ｂを受け止めさせた状態で囲繞部７を保持解除状態から保持状態に切り替えることで、挿通体保持具１で小径挿通体４Ｂを保持することができる。 7, when the small diameter inserter 4B is held by the inserter holder 1, the small diameter receiving member 6B is removed from the receiving portion 6 by breaking it off at the fragile portion 21. At this time, by breaking off the small diameter receiving member 6B at the connection point between the small diameter receiving member 6B and the fragile portion 21, the fragile portion 21 does not remain on the small diameter receiving member 6B side, so that the fragile portion 21 does not get in the way when the small diameter receiving member 6B is installed at the installation position P2.
After removing the small diameter receiving member 6B in this manner, the fastening member 10 is inserted through the receiving side through-portion 23 and the base side through-portion 9 to fix the base portion 2 to the fixed surface F and fasten the small diameter receiving member 6B together to the installation position P2. With the small diameter receiving member 6B receiving the small diameter inserter 4B, the surrounding portion 7 is switched from the released state to the held state, thereby allowing the inserter holding device 1 to hold the small diameter inserter 4B.

上述の如く、小径用受止部材６Ｂを設置位置Ｐ２に設置せずに、大径挿通体４Ａを大径用受止部６Ａで受け止めさせた状態で囲繞部７を保持解除状態から保持状態に切り替えることで大径挿通体４Ａを保持することができる。また、小径用受止部材６Ｂを設置位置Ｐ２に設置し、小径挿通体４Ｂを小径用受止部材６Ｂに受け止めさせた状態で囲繞部７を保持解除状態から保持状態に切り替えることで小径挿通体４Ｂを保持することができる。このように、大径挿通体４Ａと小径挿通体４Ｂとを保持することができ、径の大きさが異なる複数種の挿通体４に対応可能となる。
また、接続状態の小径用受止部材６Ｂは脆弱部２１を介して挿通体保持具１に一体形成されており、部品点数を多くすることなく小径用受止部材６Ｂを備えることができるため、部品点数を多くすることなく径の大きさが異なる複数種の挿通体４に対応することが可能となる。 As described above, the large diameter penetrating body 4A can be held by switching the surrounding portion 7 from the holding release state to the holding state while the large diameter penetrating body 4A is received by the large diameter receiving portion 6A without installing the small diameter receiving member 6B at the installation position P2. Also, the small diameter receiving member 6B can be installed at the installation position P2, and the small diameter penetrating body 4B can be held by switching the surrounding portion 7 from the holding release state to the holding state while the small diameter penetrating body 4B is received by the small diameter receiving member 6B. In this way, the large diameter penetrating body 4A and the small diameter penetrating body 4B can be held, and multiple types of penetrating bodies 4 with different diameters can be accommodated.
In addition, the small diameter receiving member 6B in the connected state is integrally formed with the insert body holder 1 via the fragile portion 21, and since the small diameter receiving member 6B can be provided without increasing the number of parts, it is possible to accommodate multiple types of insert bodies 4 with different diameters without increasing the number of parts.

〔別実施形態〕
本発明の他の実施形態について説明する。尚、以下に説明する各実施形態の構成は、それぞれ単独で適用することに限らず、他の実施形態の構成と組み合わせて適用することも可能である。 [Another embodiment]
Other embodiments of the present invention will be described below. Note that the configurations of the embodiments described below are not limited to being applied alone, but may also be applied in combination with the configurations of other embodiments.

（１）上記実施形態では、ベース部２とサドル部３とを一体形成する構成を例として説明した。しかし、ベース部２とサドル部３とを別体で構成してもよい。この場合、上下方向Ｚの幅が異なる複数種類のベース部２を用意して、被固定面Ｆと設置後の挿通体４との離間距離に応じたベース部２を選択して使用することで、被固定面Ｆから適切な距離だけ離間させた状態で挿通体４を設置するようにしてもよい。 (1) In the above embodiment, an example has been described in which the base portion 2 and the saddle portion 3 are integrally formed. However, the base portion 2 and the saddle portion 3 may be formed as separate bodies. In this case, multiple types of base portions 2 with different widths in the vertical direction Z may be prepared, and the base portion 2 may be selected and used according to the distance between the fixed surface F and the penetrating body 4 after installation, so that the penetrating body 4 may be installed at an appropriate distance from the fixed surface F.

（２）上記実施形態では、接続状態の小径用受止部材６Ｂを、囲繞部７に囲繞されている空間内に位置させる構成を例として説明した。しかし、接続状態の小径用受止部材６Ｂの位置は適宜変更してもよい。具体的には、例えば、接続状態の小径用受止部材６Ｂを、ベース部２に形成されている凹部内に位置する構成としてもよく、接続状態の小径用受止部材６Ｂを囲繞部７に囲繞されている空間内以外に位置させてもよい。 (2) In the above embodiment, an example has been described in which the small diameter receiving member 6B in the connected state is positioned within the space surrounded by the surrounding portion 7. However, the position of the small diameter receiving member 6B in the connected state may be changed as appropriate. Specifically, for example, the small diameter receiving member 6B in the connected state may be configured to be positioned within a recess formed in the base portion 2, or the small diameter receiving member 6B in the connected state may be positioned outside the space surrounded by the surrounding portion 7.

（３）上記実施形態では、脆弱部２１を位置決め用壁部１６の上方側Ｚ１を向く面に接続する構成を例として説明したが、上述のように小径用受止部材６Ｂをベース部２の凹部内に位置させる場合等において脆弱部２１をベース部２に接続してもよく、脆弱部２１の接続する箇所は適宜変更してもよい。 (3) In the above embodiment, an example was described in which the weak portion 21 is connected to the surface of the positioning wall portion 16 facing the upper side Z1. However, as described above, the weak portion 21 may be connected to the base portion 2 in cases such as when the small diameter receiving member 6B is positioned within the recess of the base portion 2, and the location where the weak portion 21 is connected may be changed as appropriate.

（４）上記実施形態では、位置決め用壁部１６や嵌合用壁部１７を備えて小径用受止部材６Ｂを設置位置Ｐ２に位置決めする構成を例として説明した。しかし、このような構成に限定されない。例えば、凹凸のある小径用受止部材６Ｂの下面と下側壁部１８の上面とで係合させて位置決めする場合等において、位置決め用壁部１６と嵌合用壁部１７とのうちの何れか一方又は双方を備えなくてもよい。 (4) In the above embodiment, a configuration is described as an example in which the small diameter receiving member 6B is positioned at the installation position P2 by providing the positioning wall portion 16 and the fitting wall portion 17. However, this is not limited to such a configuration. For example, in cases where the positioning is performed by engaging the uneven lower surface of the small diameter receiving member 6B with the upper surface of the lower wall portion 18, it is not necessary to provide either or both of the positioning wall portion 16 and the fitting wall portion 17.

１ 挿通体保持具
２ ベース部
３ サドル部
４ 挿通体
４Ａ 大径挿通体
４Ｂ 小径挿通体
６ 受止部
６Ａ 大径用受止部
６Ｂ 小径用受止部材
７ 囲繞部
１６ 位置決め用壁部
１７ 嵌合用壁部
２１ 脆弱部
Ｆ 被固定面
Ｐ１ 保持位置
Ｐ２ 設置位置
Ｘ 挿通体延在方向
Ｙ 交差方向 REFERENCE SIGNS LIST 1 Insert holder 2 Base portion 3 Saddle portion 4 Insert 4A Large diameter insert 4B Small diameter insert 6 Receiving portion 6A Large diameter receiving portion 6B Small diameter receiving member 7 Surrounding portion 16 Positioning wall portion 17 Fitting wall portion 21 Weak portion F Fixed surface P1 Holding position P2 Installation position X Insert extension direction Y Intersecting direction

Claims (5)

被固定面に固定可能なベース部と、挿通体を挿通状態で保持位置に保持可能なサドル部とを備え、
前記サドル部は、前記保持位置に位置する前記挿通体を受け止める受止部と、前記受止部に受け止められて前記保持位置に位置する前記挿通体の周囲を囲繞して前記挿通体を保持する保持状態及び当該挿通体に対する保持を解除した保持解除状態に切り替え可能な囲繞部とを備えている挿通体保持具であって、
前記挿通体には、大径挿通体と、前記大径挿通体より小径の小径挿通体とがあり、
前記受止部は、前記大径挿通体を受け止めるための大径用受止部と、前記大径用受止部より嵩上げした位置で前記小径挿通体を受け止めるために前記サドル部の設置位置に設置可能な小径用受止部材とを備え、
前記小径用受止部材は、脆弱部を介して分離自在に一体形成されており、前記脆弱部で分離させることで前記設置位置に設置可能に構成されている挿通体保持具。 The base portion is capable of being fixed to a surface to be fixed, and the saddle portion is capable of holding the penetrating body at a holding position in a state where the penetrating body is inserted,
The saddle portion is a penetrating body holder including a receiving portion that receives the penetrating body located at the holding position, and a surrounding portion that is switchable between a holding state in which the penetrating body is received by the receiving portion and located at the holding position and surrounds the penetrating body to hold the penetrating body, and a holding release state in which the holding of the penetrating body is released,
The inserting body includes a large diameter inserting body and a small diameter inserting body having a diameter smaller than that of the large diameter inserting body,
the receiving portion includes a large diameter receiving portion for receiving the large diameter inserting body, and a small diameter receiving member that can be installed at an installation position of the saddle portion in order to receive the small diameter inserting body at a position elevated from the large diameter receiving portion,
The small diameter receiving member is integrally formed so as to be separable via a weakened portion, and the penetrating body holder is configured so as to be installable at the installation position by separating the small diameter receiving member at the weakened portion. 前記保持位置に位置する前記挿通体が沿う方向を挿通体延在方向として、
前記受止部は、前記小径用受止部材を前記設置位置に設置した状態で前記小径用受止部材に対して前記挿通体延在方向の一方側から当接する位置決め用壁部を備えている請求項１に記載の挿通体保持具。 The direction along which the penetrator located at the holding position extends is defined as a penetrator extending direction,
The insert holder according to claim 1 , wherein the receiving portion is provided with a positioning wall portion that abuts against the small diameter receiving member from one side in the extending direction of the insert when the small diameter receiving member is installed at the installation position. 前記保持位置に位置する前記挿通体が沿う方向を挿通体延在方向とし、
前記挿通体延在方向に対して直交する方向を交差方向として、
前記受止部は、前記小径用受止部材を前記設置位置に設置した状態で前記交差方向の両側に位置する嵌合用壁部を備えている請求項１又は２に記載の挿通体保持具。 The direction along which the insert located at the holding position extends is defined as an insert extending direction,
A direction perpendicular to the extending direction of the insert is set as a cross direction,
3. The insert holder according to claim 1, wherein the receiving portion includes fitting walls located on both sides in the intersecting direction when the small diameter receiving member is installed at the installation position. 前記設置位置の前記小径用受止部材は、前記ベース部を前記被固定面に固定するための締結部材を用いて前記ベース部に共締め固定されている請求項１又は２に記載の挿通体保持具。 The penetrating body holder according to claim 1 or 2, wherein the small diameter receiving member at the installation position is fastened to the base portion by a fastening member for fastening the base portion to the fixed surface. 前記設置位置は、前記囲繞部に囲繞されている空間内に設定されており、
前記小径用受止部材は、前記囲繞部に囲繞されている空間内に位置する状態で前記脆弱部を介して一体形成されている請求項１又は２に記載の挿通体保持具。 The installation position is set within a space surrounded by the surrounding portion,
3. The insert holder according to claim 1, wherein the small diameter receiving member is integrally formed via the weakened portion in a state where it is located within a space surrounded by the surrounding portion.

Images