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JP2022060016A - Fixing body, fixing structure, and installation method of fixing body - Google Patents

Fixing body, fixing structure, and installation method of fixing body Download PDF

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JP2022060016A
JP2022060016A JP2020167978A JP2020167978A JP2022060016A JP 2022060016 A JP2022060016 A JP 2022060016A JP 2020167978 A JP2020167978 A JP 2020167978A JP 2020167978 A JP2020167978 A JP 2020167978A JP 2022060016 A JP2022060016 A JP 2022060016A
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fixed surface
fixed
base portion
joined
floor surface
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JP7477421B2 (en
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亮博 丸尾
Akihiro Maruo
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Mirai Industry Co Ltd
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Mirai Industry Co Ltd
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Abstract

To provide a fixing body capable of being stably fixed to a fixed surface, a fixing structure, and an installation method of the fixing body.SOLUTION: A fixing body includes: a main body 10 having a first base portion 11 and a second base portion 12 respectively along a floor surface S1 and an intersection surface S2 disposed in an intersecting manner, and having an L-shape formed by connecting the first base portion 11 and the second base portion 12; an adhesive mat 41 joined to the floor surface S1 by contact therewith; and an adhesive mat 42 joined to the intersection surface S2 by contact therewith. The fixing body further includes a screw member 30 for energizing a tip side of the first base portion 11 in a direction of separating from the floor surface S1, and the second base portion 12 is energized toward the intersection surface S2 by energization of the tip side of the first base portion 11 by the screw member 30, thus the adhesive mat 42 is pressed toward the intersection surface S2.SELECTED DRAWING: Figure 13

Description

本発明は、固定体、固定構造、及び固定体の設置方法に関する。 The present invention relates to a fixed body, a fixed structure, and a method for installing the fixed body.

従来、特許文献1に記載される固定体が知られている。
上記の固定体は、交差配置された床面及び設置体の垂直面にそれぞれ沿わされる水平支持板及び垂直可動板を有している。水平支持板は、第1粘着手段により床面に固定され、垂直可動板は、第2粘着手段により垂直面に固定されている。第1粘着手段及び第2粘着手段は、例えば、粘着性を備えたゲル状の超軟質ウレタンである。
Conventionally, the fixed body described in Patent Document 1 is known.
The above-mentioned fixed body has a horizontal support plate and a vertically movable plate along the vertically arranged floor surface and the vertical surface of the installation body, respectively. The horizontal support plate is fixed to the floor surface by the first adhesive means, and the vertically movable plate is fixed to the vertical surface by the second adhesive means. The first adhesive means and the second adhesive means are, for example, gel-like ultrasoft urethane having adhesiveness.

特許第5734731号公報Japanese Patent No. 5734731

ところが、第1粘着手段の床面に対する粘着が足りない場合、又は第2粘着手段の設置体の垂直面に対する粘着が足りない場合がある。この場合、床面や垂直面のような被固定面に対する固定体の安定性が低下する虞がある。 However, there are cases where the adhesiveness of the first adhesive means to the floor surface is insufficient, or the adhesiveness of the second adhesive means to the vertical surface of the installation body is insufficient. In this case, the stability of the fixed body with respect to a fixed surface such as a floor surface or a vertical surface may decrease.

本発明は、被固定面に安定的に固定できる固定体、固定構造、及び固定体の設置方法を提供することにある。 The present invention is to provide a fixed body, a fixed structure, and a method for installing the fixed body, which can be stably fixed to the surface to be fixed.

上記課題を解決する固定体は、交差配置された第1被固定面及び第2被固定面にそれぞれ沿わされる第1基部及び第2基部を有するとともに前記第1基部と前記第2基部とが連接されてL字形状をなす本体と、前記第1被固定面に当接させることで接合する第1被固定面側接合部を有する第1固定部と、前記第2被固定面に当接させることで接合する第2被固定面側接合部を有する第2固定部と、を備え、前記第1固定部により前記第1基部が前記第1被固定面に固定され、前記第2固定部により前記第2基部が前記第2被固定面に固定され、前記第1基部の先端側を前記第1被固定面から離間する方向に付勢する付勢部材を更に備え、前記付勢部材により前記第1基部の先端側が付勢されることで前記第2基部が前記第2被固定面に向けて付勢され、前記第2被固定面側接合部が前記第2被固定面に向けて押圧されることを要旨とする。 The fixed body that solves the above-mentioned problems has a first base portion and a second base portion that are along the first fixed surface and the second fixed surface that are cross-arranged, respectively, and the first base portion and the second base portion are formed. The main body that is connected to form an L-shape, the first fixed portion having the first fixed surface side joint portion that is joined by contacting the first fixed surface, and the second fixed surface are in contact with each other. The first fixing portion is provided with a second fixing portion having a second fixed surface side joining portion to be joined by the first fixing portion, and the first base portion is fixed to the first fixed surface by the first fixing portion. The second base portion is fixed to the second fixed surface, and an urging member for urging the tip end side of the first base portion in a direction away from the first fixed surface is further provided by the urging member. By urging the tip end side of the first base portion, the second base portion is urged toward the second fixed surface, and the second fixed surface side joint portion is directed toward the second fixed surface. The gist is that it is pressed.

上記の固定体において、前記本体とは別体である被押圧体を更に備え、前記被押圧体の前記第1被固定面と対面する部分に前記第1被固定面側接合部が配置され、前記付勢部材は、前記被押圧体を前記第1被固定面に向けて押圧する押圧部を有するとよい。 In the above-mentioned fixed body, a pressed body that is separate from the main body is further provided, and the first fixed surface side joint portion is arranged at a portion of the pressed body facing the first fixed surface. The urging member may have a pressing portion that presses the pressed body toward the first fixed surface.

上記の固定体において、前記付勢部材は、前記被押圧体を付勢した状態で、前記被押圧体に設けられた被係止部と係止して前記第1被固定面上における前記本体と前記被押圧体との相対位置を定める係止部を備えるとよい。 In the above-mentioned fixed body, the urging member engages with a locked portion provided on the pressed body in a state where the pressed body is urged, and the main body on the first fixed surface. It is preferable to provide a locking portion that determines the relative position between the body and the pressed body.

上記の固定体において、前記付勢部材は、前記第1基部に設けられた螺合部に螺着されるねじ部を有する螺着部材からなり、前記螺着部材は、前記第1被固定面に向かう方向に螺進することで前記第1基部の先端側を付勢するとよい。 In the above-mentioned fixed body, the urging member is composed of a screwing member having a screw portion screwed to the screw portion provided on the first base portion, and the screwing member is the first fixed surface. It is preferable to urge the tip end side of the first base portion by screwing in the direction toward.

上記の固定体において、前記第1被固定面に前記第1被固定面側接合部を接合させ、且つ前記第2被固定面に前記第2被固定面側接合部を接合させた状態において、前記付勢部材により、前記第1基部が前記第1被固定面に対して傾斜状態となり、前記第2基部が前記第2被固定面側接合部の前記第2被固定面に接合された箇所の一部又は全部を前記第2被固定面に向けて押圧するとよい。 In the above-mentioned fixed body, in a state where the first fixed surface side joint portion is joined to the first fixed surface and the second fixed surface side joint portion is joined to the second fixed surface. A position where the first base portion is inclined with respect to the first fixed surface by the urging member, and the second base portion is joined to the second fixed surface of the second fixed surface side joint portion. It is preferable to press a part or all of the above toward the second fixed surface.

上記の固定体において、前記第1被固定面に前記第1被固定面側接合部を接合させ、且つ前記第2被固定面に前記第2被固定面側接合部を接合させた状態において、前記付勢部材により、前記本体が前記第1被固定面及び前記第2被固定面に対して傾斜姿勢となり、前記第2基部が前記第2被固定面側接合部の前記第2被固定面に接合された箇所の一部又は全部を前記第2被固定面に向けて押圧するとよい。 In the above-mentioned fixed body, in a state where the first fixed surface side joint portion is joined to the first fixed surface and the second fixed surface side joint portion is joined to the second fixed surface. With the urging member, the main body is in an inclined posture with respect to the first fixed surface and the second fixed surface, and the second base portion is the second fixed surface of the second fixed surface side joint portion. It is advisable to press a part or all of the portions joined to the second fixed surface toward the second fixed surface.

上記の固定体において、前記第1被固定面と前記第2被固定面とが交差する仮想交差線に対して前記付勢部材により前記第1基部が力を受ける位置よりも、前記第2被固定面に接合される前記第2被固定面側接合部の接合位置の方が近接しているとよい。 In the above-mentioned fixed body, the second cover is more than the position where the first base is subjected to the force by the urging member with respect to the virtual intersection line where the first fixed surface and the second fixed surface intersect. It is preferable that the joint positions of the second fixed surface side joints to be joined to the fixed surface are closer to each other.

上記課題を解決する固定構造は、上記の固定体が採用され、前記第1被固定面としての被設置面に前記第1被固定面側接合部が接合され、且つ前記被設置面に設置された設置体が有する前記被設置面と交差配置された前記第2被固定面に前記第2被固定面側接合部が接合され、前記付勢部材が、前記第1基部の先端側を前記被設置面から離間する方向に付勢していることを要旨とする。 As the fixing structure for solving the above problems, the above-mentioned fixed body is adopted, the first fixed surface side joint portion is joined to the installed surface as the first fixed surface, and the first fixed surface side joint portion is attached to the installed surface. The second fixed surface side joint portion is joined to the second fixed surface side that is cross-arranged with the installed surface of the installation body, and the urging member attaches the tip end side of the first base portion to the covered surface. The gist is that it is urged away from the installation surface.

上記課題を解決する固定体の設置方法は、上記の固定体の設置方法であって、前記第1被固定面及び前記第2被固定面にそれぞれ沿わされるように前記第1基部及び前記第2基部を配置し、前記第1被固定面側接合部を前記第1被固定面上に接合し、且つ前記第2被固定面側接合部を前記第2被固定面に接合した後、前記付勢部材により前記第1基部の先端側を前記第1被固定面から離間する方向に付勢することを要旨とする。 The method of installing the fixed body that solves the above-mentioned problems is the above-mentioned method of installing the fixed body, that is, the first base portion and the first portion so as to be along the first fixed surface and the second fixed surface, respectively. After arranging two bases, joining the first fixed surface side joint portion on the first fixed surface, and joining the second fixed surface side joint portion to the second fixed surface, the said The gist is that the urging member urges the tip end side of the first base portion in a direction away from the first fixed surface.

上記の固定体の設置方法において、前記付勢部材により前記第1基部の先端側を前記第1被固定面から離間させるように前記第1基部を傾斜姿勢となるまで付勢するとよい。
上記課題を解決する固定体は、交差配置された第1被固定面及び第2被固定面にそれぞれ沿わされる第1基部及び第2基部を有するとともに前記第1基部と前記第2基部とが連接されてL字形状をなす本体を備え、前記第1被固定面に当接させることで接合する第1被固定面側接合部を有する第1固定部により前記第1基部が前記第1被固定面に固定され、前記第2被固定面に当接させることで接合する第2被固定面側接合部を有する第2固定部により前記第2基部が前記第2被固定面側接合部に固定される固定体であって、前記第1基部の先端側を前記第1被固定面側から離間する方向に付勢する付勢部材を更に備え、前記付勢部材により前記第1基部の先端側が付勢されることで前記第2基部が前記第2被固定面に向けて付勢され、前記第2被固定面側接合部が前記第2被固定面に向けて押圧されることを要旨とする。
In the method of installing the fixed body, it is preferable to urge the first base portion to an inclined posture so that the tip end side of the first base portion is separated from the first fixed surface by the urging member.
The fixed body that solves the above-mentioned problems has a first base portion and a second base portion that are along the first fixed surface and the second fixed surface that are cross-arranged, respectively, and the first base portion and the second base portion are formed. The first base portion is formed by the first covering portion having a main body that is connected to form an L-shape and has a first fixing surface side joining portion that is joined by abutting against the first fixed surface. The second base portion becomes the second fixed surface side joint portion by the second fixed portion having the second fixed surface side joint portion fixed to the fixed surface and joined by contacting the second fixed surface side. A fixed body to be fixed, further provided with an urging member that urges the tip end side of the first base portion in a direction away from the first fixed surface side, and the tip end of the first base portion by the urging member. The gist is that the second base portion is urged toward the second fixed surface by urging the side, and the second fixed surface side joint portion is pressed toward the second fixed surface. And.

この発明によれば、被固定面に安定的に固定できる。 According to the present invention, it can be stably fixed to the surface to be fixed.

第1実施形態の固定体の斜視図。The perspective view of the fixed body of 1st Embodiment. 第1実施形態の本体を示す斜視図。The perspective view which shows the main body of 1st Embodiment. 第1実施形態の本体を示す斜視図。The perspective view which shows the main body of 1st Embodiment. 第1実施形態の本体を示す斜視図。The perspective view which shows the main body of 1st Embodiment. 第1実施形態の別体を示す斜視図。The perspective view which shows the separate body of 1st Embodiment. 第1実施形態の別体を示す斜視図。The perspective view which shows the separate body of 1st Embodiment. 第1実施形態の螺着部材を示す斜視図。The perspective view which shows the screwing member of 1st Embodiment. 第1実施形態における本体と別体とを組み付けた状態の斜視図。The perspective view of the state in which the main body and the separate body in the 1st Embodiment are assembled. 第1実施形態において、螺着部材の取り付け前を示す側面図。In the first embodiment, a side view showing before mounting the screwing member. 第1実施形態において、本体、別体、及び螺着部材の組立後の状態の示す側面図。In the first embodiment, a side view showing a state after assembly of a main body, a separate body, and a screwing member. 第1実施形態の固定体の固定状態を示す断面図。The cross-sectional view which shows the fixed state of the fixed body of 1st Embodiment. 第1実施形態の固定体の固定状態を示す断面図。The cross-sectional view which shows the fixed state of the fixed body of 1st Embodiment. 第1実施形態の固定体の固定状態を示す断面図。The cross-sectional view which shows the fixed state of the fixed body of 1st Embodiment. 第2の実施形態の固定体を示す側面図。The side view which shows the fixed body of the 2nd Embodiment. 第3の実施形態の固定体を示す側面図。The side view which shows the fixed body of 3rd Embodiment. 変更例の固定体を示す断面図。Sectional drawing which shows the fixed body of the modification example. 変更例の固定体を示す断面図。Sectional drawing which shows the fixed body of the modification example. 変更例の固定体を示す断面図。Sectional drawing which shows the fixed body of the modification example. 変更例の固定体を示す断面図。Sectional drawing which shows the fixed body of the modification example. 変更例の固定体を示す断面図。Sectional drawing which shows the fixed body of the modification example. 変更例の固定体を示す断面図。Sectional drawing which shows the fixed body of the modification example. 変更例の固定体を示す断面図。Sectional drawing which shows the fixed body of the modification example.

以下、固定体を具体化した一実施形態を図1~図13にしたがって説明する。
図1に示すように、固定体1は、本体10と、本体10とは別体の被押圧体20と、螺着部材30と、を備えている。本体10と被押圧体20とは、螺着部材30により組み付けられている。
Hereinafter, an embodiment embodying a fixed body will be described with reference to FIGS. 1 to 13.
As shown in FIG. 1, the fixed body 1 includes a main body 10, a pressed body 20 separate from the main body 10, and a screwing member 30. The main body 10 and the pressed body 20 are assembled by a screwing member 30.

図2に示すように、本体10は、第1基部11と、第2基部12と、を有している。第1基部11は、矩形板状をなしている。第2基部12は、長四角板状をなしている。第2基部12は、板厚方向の一方に第1面12aを有し、他方に平坦面をなす第2面12bを有している。第2基部12の短手方向において、本体10を見た側面視において、本体10はL字形状である。第1基部11は、L字形状の本体10の一方の腕をなしている。第2基部12は、L字形状の本体10の他方の腕をなしている。第1基部11と第2基部12とは、一体的に連接されている。 As shown in FIG. 2, the main body 10 has a first base portion 11 and a second base portion 12. The first base portion 11 has a rectangular plate shape. The second base portion 12 has a long square plate shape. The second base portion 12 has a first surface 12a on one side in the plate thickness direction and a second surface 12b forming a flat surface on the other side. The main body 10 is L-shaped when viewed from the side of the main body 10 in the lateral direction of the second base portion 12. The first base portion 11 forms one arm of the L-shaped main body 10. The second base 12 forms the other arm of the L-shaped body 10. The first base portion 11 and the second base portion 12 are integrally connected.

図2及び図3に示すように、第1基部11には、基台部13と、延設板部14と、第1延設部15と、が設けられている。
基台部13は、ブロック状をなしている。基台部13は、板厚方向の一方に第1面13aを有し、他方に平坦面をなす第2面13bを有している。本体10の側面視において、基台部13と第2基部12とは、L字形状をなすように一体的に連接されている。第2基部12は、基台部13の第1面13aから突出している。基台部13の第1面13aと第2基部12の第1面12aとは、滑らかに連続している。基台部13の第2面13bと、第2基部12の第2面12bとは、直交している。基台部13の第2面13bと第2基部12の第2面12bとの境界を基準として、当該基準から第2基部12の先端までの長さは、当該基準から基台部13の先端までの長さよりも長い。
As shown in FIGS. 2 and 3, the first base portion 11 is provided with a base portion 13, an extension plate portion 14, and a first extension portion 15.
The base portion 13 has a block shape. The base portion 13 has a first surface 13a on one side in the plate thickness direction and a second surface 13b forming a flat surface on the other side. In the side view of the main body 10, the base portion 13 and the second base portion 12 are integrally connected so as to form an L-shape. The second base portion 12 projects from the first surface 13a of the base portion 13. The first surface 13a of the base portion 13 and the first surface 12a of the second base portion 12 are smoothly continuous. The second surface 13b of the base portion 13 and the second surface 12b of the second base portion 12 are orthogonal to each other. With reference to the boundary between the second surface 13b of the base portion 13 and the second surface 12b of the second base portion 12, the length from the reference to the tip of the second base portion 12 is the tip of the base portion 13 from the reference. Longer than the length up to.

延設板部14は、矩形板状をなしている。延設板部14は、板厚方向の一方に平坦面をなす第1面14aを有し、他方に平坦面をなす第2面14bを有している。第1面14aと第2面14bとは平行である。延設板部14は、基台部13と一体的に連接されている。延設板部14の第1面14aは、基台部13の第1面13aと滑らかに連続している。延設板部14の第1面14aは、基台部13の第1面13aとともに平坦面をなすように延びている。延設板部14は、基台部13の先端における第1面13a寄りに配置されている。なお、延設板部14の先端は、第1基部11の先端である。 The extending plate portion 14 has a rectangular plate shape. The extended plate portion 14 has a first surface 14a forming a flat surface on one side in the plate thickness direction, and a second surface 14b forming a flat surface on the other side. The first surface 14a and the second surface 14b are parallel to each other. The extension plate portion 14 is integrally connected to the base portion 13. The first surface 14a of the extending plate portion 14 is smoothly continuous with the first surface 13a of the base portion 13. The first surface 14a of the extending plate portion 14 extends so as to form a flat surface together with the first surface 13a of the base portion 13. The extending plate portion 14 is arranged near the first surface 13a at the tip of the base portion 13. The tip of the extending plate portion 14 is the tip of the first base portion 11.

図2に示すように、第1延設部15は、半円筒状をなしている。第1延設部15は、延設板部14の第1面14aから突出している。第1延設部15は、延設板部14の先端寄りに設けられている。第1延設部15は、延設板部14の先端に向けて開口するように湾曲している。 As shown in FIG. 2, the first extension portion 15 has a semi-cylindrical shape. The first extension portion 15 projects from the first surface 14a of the extension plate portion 14. The first extension portion 15 is provided near the tip of the extension plate portion 14. The first extension portion 15 is curved so as to open toward the tip of the extension plate portion 14.

第1延設部15は、円弧状に湾曲する円弧部16と、円弧部16の円弧が延びる方向の先端に設けられる一対の段差部17と、を有している。一対の段差部17は、延設板部14の第1面14aにおいて、延設板部14の先端に寄せられている。一対の段差部17の第1面14aからの高さは、円弧部16の第1面14aからの高さよりも低い。円弧部16の先端面16aと段差部17の頂面17aとにより段差面が形成されている。円弧部16の円弧をなす外側面には、雄ねじ溝16bが設けられている。 The first extending portion 15 has an arc portion 16 that curves in an arc shape, and a pair of stepped portions 17 provided at the tip of the arc portion 16 in the direction in which the arc extends. The pair of stepped portions 17 are brought closer to the tip of the extended plate portion 14 on the first surface 14a of the extended plate portion 14. The height of the pair of stepped portions 17 from the first surface 14a is lower than the height of the arc portion 16 from the first surface 14a. A stepped surface is formed by the tip surface 16a of the arc portion 16 and the top surface 17a of the stepped portion 17. A male screw groove 16b is provided on the outer surface of the arc portion 16 forming an arc.

延設板部14における第1延設部15の内側に位置する部分には、切欠部14cが設けられている。切欠部14cは、延設板部14を板厚方向に貫通している。切欠部14cは、第1延設部15の円弧をなす内側面に沿って半円弧状をなしている。切欠部14cは、第1延設部15の円弧をなす内側面に滑らかに連続している。切欠部14cは、第1延設部15とともに延設板部14の先端に開口している。 A notch 14c is provided in a portion of the extension plate portion 14 located inside the first extension portion 15. The cutout portion 14c penetrates the extended plate portion 14 in the plate thickness direction. The cutout portion 14c has a semicircular shape along the inner side surface of the first extending portion 15 forming an arc. The cutout portion 14c is smoothly continuous with the inner surface of the first extending portion 15 forming an arc. The cutout portion 14c is open to the tip of the extension plate portion 14 together with the first extension portion 15.

図3に示すように、延設板部14の第2面14bには、一対の嵌合溝14dが設けられている。一対の嵌合溝14dは、基台部13から延設板部14の先端に向かう方向を長手方向とする矩形溝である。一対の嵌合溝14dは、延設板部14の先端に開口している。 As shown in FIG. 3, a pair of fitting grooves 14d are provided on the second surface 14b of the extended plate portion 14. The pair of fitting grooves 14d are rectangular grooves whose longitudinal direction is the direction from the base portion 13 toward the tip of the extending plate portion 14. The pair of fitting grooves 14d are open at the tip of the extending plate portion 14.

図4に示すように、第2基部12の第2面12bには、矩形溝12dが設けられている。矩形溝12dの長手方向は、第2基部12の長手方向と一致している。矩形溝12dの短手方向は、第2基部の短手方向と一致している。 As shown in FIG. 4, a rectangular groove 12d is provided on the second surface 12b of the second base portion 12. The longitudinal direction of the rectangular groove 12d coincides with the longitudinal direction of the second base portion 12. The lateral direction of the rectangular groove 12d coincides with the lateral direction of the second base.

固定体1は、粘着マット42を備えている。矩形溝12dの底面12eには、粘着マット42が貼着される。粘着マット42は、両面に粘着面を有している。粘着マット42は、板厚方向に圧縮変形可能な柔軟性のある材質により構成されている。底面12eは、粘着マット42が貼着される粘着マット貼着面である。底面12eは、粘着マット42よりも広い面積を有している。 The fixed body 1 includes an adhesive mat 42. An adhesive mat 42 is attached to the bottom surface 12e of the rectangular groove 12d. The adhesive mat 42 has adhesive surfaces on both sides. The adhesive mat 42 is made of a flexible material that can be compressed and deformed in the plate thickness direction. The bottom surface 12e is an adhesive mat attachment surface to which the adhesive mat 42 is attached. The bottom surface 12e has a larger area than the adhesive mat 42.

図11に示すように、粘着マット42の厚さは、矩形溝12dの深さよりも大きい。そのため、粘着マット42の一方の粘着面は、第2基部12の第2面12bよりも突出した位置に配置される。 As shown in FIG. 11, the thickness of the adhesive mat 42 is larger than the depth of the rectangular groove 12d. Therefore, one of the adhesive surfaces of the adhesive mat 42 is arranged at a position protruding from the second surface 12b of the second base portion 12.

図5に示すように、被押圧体20は、基板部21と、膨出突部22と、第2延設部23と、一対の嵌合部24と、を有している。
基板部21は、矩形板状をなしている。膨出突部22は、ブロック状をなしている。膨出突部22は、基板部21の第1長縁に隣り合うように配置されている。基板部21と膨出突部22とは、一体的に連接されている。膨出突部22は、基板部21の板厚方向において、基板部21の第1面21aよりも突出している。
As shown in FIG. 5, the pressed body 20 has a substrate portion 21, a bulging protrusion portion 22, a second extending portion 23, and a pair of fitting portions 24.
The substrate portion 21 has a rectangular plate shape. The bulging protrusion 22 has a block shape. The bulging protrusion 22 is arranged so as to be adjacent to the first long edge of the substrate portion 21. The substrate portion 21 and the bulging protrusion 22 are integrally connected to each other. The bulging protrusion 22 protrudes from the first surface 21a of the substrate portion 21 in the plate thickness direction of the substrate portion 21.

第2延設部23は、半円筒状をなしている。第2延設部23は、基板部21の第1面21aよりも高い位置に存在する膨出突部22の頂面22aから突出している。第2延設部23は、基板部21に向けて開口するように湾曲している。第2延設部23は、円弧状に湾曲する円弧部25と、円弧部25の円弧が延びる方向の先端に設けられる一対の張出部26と、を有している。円弧部25は、膨出突部22の頂面22a上に設けられている。一対の張出部26は、基板部21の第1面21aと間隔を隔てて対向するように円弧部25の先端から突出している。一対の張出部26の先端面26aは、平坦面である。 The second extending portion 23 has a semi-cylindrical shape. The second extending portion 23 protrudes from the top surface 22a of the bulging protrusion 22 existing at a position higher than the first surface 21a of the substrate portion 21. The second extending portion 23 is curved so as to open toward the substrate portion 21. The second extending portion 23 has an arc portion 25 curved in an arc shape and a pair of overhanging portions 26 provided at the tip of the arc portion 25 in the direction in which the arc extends. The arc portion 25 is provided on the top surface 22a of the bulging protrusion 22. The pair of overhanging portions 26 project from the tip of the arc portion 25 so as to face the first surface 21a of the substrate portion 21 at a distance from each other. The tip surface 26a of the pair of overhanging portions 26 is a flat surface.

膨出突部22における円弧部25の内側に位置する部分には、切欠部22bが設けられている。切欠部22bは、膨出突部22の基板部21に臨む位置を膨出突部22の板厚方向に切り欠かれた形状である。切欠部22bは、円弧部25の円弧をなす内側面に沿って円弧状をなしている。切欠部22bは、円弧部25の円弧をなす内側面に滑らかに連続している。切欠部22bは、第2延設部23とともに基板部21に向けて開口している。 A notch 22b is provided in a portion of the bulging protrusion 22 located inside the arc portion 25. The cutout portion 22b has a shape in which the position of the bulging protrusion 22 facing the substrate portion 21 is cut out in the plate thickness direction of the bulging protrusion 22. The notch portion 22b has an arc shape along the inner side surface forming the arc of the arc portion 25. The cutout portion 22b is smoothly continuous with the inner side surface forming the arc of the arc portion 25. The cutout portion 22b is open toward the substrate portion 21 together with the second extending portion 23.

一対の嵌合部24は、基板部21の第1面21aから突出している。一対の嵌合部24は、基板部21の両短縁寄りに配置されている。一対の嵌合部24は、基板部21と膨出突部22との境界付近に設けられている。一対の膨出突部22は、膨出突部22から基板部21の第2長縁に向かう方向を長手方向とするブロック状をなしている。一対の嵌合部24は、基板部21の第2長縁に至らない程度に延びている。一対の嵌合部24は、切欠部22bの両側に設けられている。一対の嵌合部24は、基板部21の板厚方向において、一対の張出部26と重ならないように設けられている。一対の嵌合部24は、上述した一対の嵌合溝14dと対応する位置に設けられている。一対の嵌合部24は、一対の嵌合溝14dに倣った形状をなしている。一対の嵌合部24は、一対の嵌合溝14dよりも若干大きい。 The pair of fitting portions 24 project from the first surface 21a of the substrate portion 21. The pair of fitting portions 24 are arranged near both short edges of the substrate portion 21. The pair of fitting portions 24 are provided near the boundary between the substrate portion 21 and the bulging protrusion 22. The pair of bulging protrusions 22 have a block shape with the direction from the bulging protrusions 22 toward the second long edge of the substrate portion 21 as the longitudinal direction. The pair of fitting portions 24 extend to such an extent that they do not reach the second long edge of the substrate portion 21. The pair of fitting portions 24 are provided on both sides of the notch portions 22b. The pair of fitting portions 24 are provided so as not to overlap with the pair of overhanging portions 26 in the plate thickness direction of the substrate portion 21. The pair of fitting portions 24 are provided at positions corresponding to the pair of fitting grooves 14d described above. The pair of fitting portions 24 have a shape that follows the pair of fitting grooves 14d. The pair of fitting portions 24 is slightly larger than the pair of fitting grooves 14d.

図6に示すように、被押圧体20の第1面21a及び頂面22aとは反対側には、平坦面状の端面22cが設けられている。端面22cは、四角形状をなしている。被押圧体20は、端面22cの外縁から突出する枠部28を有している。枠部28は、端面22cにおける基板部21の第2長縁に臨む縁を除く外縁から突出している。枠部28は、基板部21の第2長縁に向けて開口するようにコの字形状である。被押圧体20には、端面22cと枠部28とに囲まれることにより収容溝27が形成される。収容溝27は、枠部28の先端及び基板部21の第2長縁に向けて開口している。 As shown in FIG. 6, a flat end surface 22c is provided on the side of the pressed body 20 opposite to the first surface 21a and the top surface 22a. The end face 22c has a quadrangular shape. The pressed body 20 has a frame portion 28 protruding from the outer edge of the end surface 22c. The frame portion 28 protrudes from the outer edge of the end surface 22c except for the edge facing the second long edge of the substrate portion 21. The frame portion 28 is U-shaped so as to open toward the second long edge of the substrate portion 21. A housing groove 27 is formed in the pressed body 20 by being surrounded by the end surface 22c and the frame portion 28. The accommodating groove 27 is open toward the tip of the frame portion 28 and the second long edge of the substrate portion 21.

固定体1は、粘着マット41を備えている。粘着マット41は、被押圧体20に設けられている。収容溝27の端面22cには、粘着マット41が貼着される。粘着マット41は、両面に粘着面を有している。粘着マット41は、板厚方向に圧縮変形可能な柔軟性のある材質により構成されている。端面22cは、粘着マット41が貼着される粘着マット貼着面である。端面22cは、粘着マット41よりも広い面積を有している。 The fixed body 1 includes an adhesive mat 41. The adhesive mat 41 is provided on the pressed body 20. An adhesive mat 41 is attached to the end surface 22c of the accommodating groove 27. The adhesive mat 41 has adhesive surfaces on both sides. The adhesive mat 41 is made of a flexible material that can be compressed and deformed in the plate thickness direction. The end surface 22c is an adhesive mat attachment surface to which the adhesive mat 41 is attached. The end face 22c has a larger area than the adhesive mat 41.

図11に示すように、粘着マット41の厚さは、収容溝27の深さよりも大きい。すなわち、粘着マット41の厚さは、枠部28の高さよりも大きい。そのため、粘着マット41の一方の粘着面は、収容溝27の枠部28の先端よりも突出した位置に配置される。よって、枠部28は、粘着マット41を囲むように配置されるとともに端面22cから粘着マット41の厚さよりも小さく突出する突出部である。 As shown in FIG. 11, the thickness of the adhesive mat 41 is larger than the depth of the accommodating groove 27. That is, the thickness of the adhesive mat 41 is larger than the height of the frame portion 28. Therefore, one of the adhesive surfaces of the adhesive mat 41 is arranged at a position protruding from the tip of the frame portion 28 of the accommodating groove 27. Therefore, the frame portion 28 is a protruding portion that is arranged so as to surround the adhesive mat 41 and protrudes from the end surface 22c to be smaller than the thickness of the adhesive mat 41.

図7に示すように、螺着部材30は、円板状の底壁31と、底壁31の外縁から延びる筒状の周壁32と、軸状の押圧部33と、を有している。
周壁32の内面には、雌ねじ溝32aが設けられている。周壁32の外周面には、複数の長溝32bが設けられている。複数の長溝32bは、周壁32の周方向に所定の間隔を隔てて配置されている。長溝32bは、底壁31から周壁32が延びる方向において、周壁32の全長に延びている。
As shown in FIG. 7, the screwing member 30 has a disk-shaped bottom wall 31, a cylindrical peripheral wall 32 extending from the outer edge of the bottom wall 31, and a shaft-shaped pressing portion 33.
A female thread groove 32a is provided on the inner surface of the peripheral wall 32. A plurality of long grooves 32b are provided on the outer peripheral surface of the peripheral wall 32. The plurality of long grooves 32b are arranged at predetermined intervals in the circumferential direction of the peripheral wall 32. The long groove 32b extends to the entire length of the peripheral wall 32 in the direction in which the peripheral wall 32 extends from the bottom wall 31.

押圧部33は、底壁31の内底面から突出している。押圧部33は、底壁31から周壁32が突出する方向と同じ方向に突出している。押圧部33の軸線と周壁32の軸線とは一致している。押圧部33の底壁31からの高さは、周壁32の底壁31からの高さよりも大きい。押圧部33の先端は、周壁32の先端よりも外側に突出している。押圧部33が設けられることにより、螺着部材30には、底壁31の内底面と、周壁32の内面と、押圧部33の外周面とにより囲まれた挿入空間P1が形成されている。挿入空間P1は、押圧部33の軸線を中心として環状をなしている。挿入空間P1は、第1延設部15と第2延設部23を挿入するための空間である。 The pressing portion 33 projects from the inner bottom surface of the bottom wall 31. The pressing portion 33 projects from the bottom wall 31 in the same direction as the peripheral wall 32 protrudes. The axis of the pressing portion 33 and the axis of the peripheral wall 32 coincide with each other. The height of the pressing portion 33 from the bottom wall 31 is larger than the height of the peripheral wall 32 from the bottom wall 31. The tip of the pressing portion 33 projects outward from the tip of the peripheral wall 32. By providing the pressing portion 33, the screwing member 30 is formed with an insertion space P1 surrounded by the inner bottom surface of the bottom wall 31, the inner surface of the peripheral wall 32, and the outer peripheral surface of the pressing portion 33. The insertion space P1 has an annular shape centered on the axis of the pressing portion 33. The insertion space P1 is a space for inserting the first extension portion 15 and the second extension portion 23.

次に、固定体1の単独での組み付けについて説明する。
図8に示すように、本体10に設けられた一対の嵌合溝14dに被押圧体20に設けられた一対の嵌合部24を圧入することにより本体10と被押圧体20とが組み付けられる。
Next, the single assembly of the fixed body 1 will be described.
As shown in FIG. 8, the main body 10 and the pressed body 20 are assembled by press-fitting the pair of fitting portions 24 provided in the pressed body 20 into the pair of fitting grooves 14d provided in the main body 10. ..

本体10と被押圧体20とを嵌合溝14d及び嵌合部24により仮組付けした場合、基板部21の第1面21aは、延設板部14の第2面14bに当接可能である。基板部21の第2長縁は、基台部13に当接可能である。延設板部14の先端は、膨出突部22に当接可能である。すなわち、被押圧体20は、延設板部14の先端と隣り合うように配置されている。 When the main body 10 and the pressed body 20 are temporarily assembled by the fitting groove 14d and the fitting portion 24, the first surface 21a of the substrate portion 21 can abut on the second surface 14b of the extending plate portion 14. be. The second long edge of the substrate portion 21 can come into contact with the base portion 13. The tip of the extending plate portion 14 can come into contact with the bulging protrusion 22. That is, the pressed body 20 is arranged so as to be adjacent to the tip of the extending plate portion 14.

図9に示すように、本体10と被押圧体20とを嵌合溝14d及び嵌合部24により仮組付した場合、円弧部16の先端面16aと、一対の張出部26の先端面26aとが当接する。一対の張出部26それぞれの先端面26aは、円弧部16の先端面16aの上方に当接し、円弧部16の先端面16aは、一対の張出部26それぞれの先端面26aの下方に当接する。延設板部14と基板部21の板厚方向において、一対の張出部26と一対の段差部17とは間隔を隔てて対向する。すなわち、段差部17と張出部26との間に許容空間P2が形成される。 As shown in FIG. 9, when the main body 10 and the pressed body 20 are temporarily assembled by the fitting groove 14d and the fitting portion 24, the tip surface 16a of the arc portion 16 and the tip surface of the pair of overhanging portions 26 It comes into contact with 26a. The tip surface 26a of each of the pair of overhanging portions 26 abuts above the tip surface 16a of the arc portion 16, and the tip surface 16a of the arc portion 16 abuts below the tip surface 26a of each of the pair of overhanging portions 26. Contact. In the plate thickness direction of the extending plate portion 14 and the substrate portion 21, the pair of overhanging portions 26 and the pair of stepped portions 17 face each other with a gap. That is, the allowable space P2 is formed between the stepped portion 17 and the overhanging portion 26.

図8に示すように、本体10と被押圧体20とを嵌合溝14d及び嵌合部24により仮組付けした場合、第1延設部15及び第2延設部23は、相互に組み合わせられることにより円筒孔Hを形成する。円筒孔Hは、第1延設部15の円弧をなす内側面と第2延設部23の円弧をなす内側面とが滑らかに連続することにより形成される。円筒孔Hの内径は、螺着部材30の押圧部33が挿入される程度に設定されている。 As shown in FIG. 8, when the main body 10 and the pressed body 20 are temporarily assembled by the fitting groove 14d and the fitting portion 24, the first extension portion 15 and the second extension portion 23 are combined with each other. A cylindrical hole H is formed by being formed. The cylindrical hole H is formed by smoothly continuing the inner surface of the first extending portion 15 forming an arc and the inner surface of the second extending portion 23 forming an arc. The inner diameter of the cylindrical hole H is set to such an extent that the pressing portion 33 of the screwing member 30 is inserted.

図9に示すように、本体10と被押圧体20とが嵌合溝14d及び嵌合部24により仮組されている状態で、螺着部材30が取り付けられる。螺着部材30は、挿入空間P1に第1延設部15と第2延設部23とを挿入するように、且つ円筒孔Hに押圧部33を挿入するように取り付けられる。螺着部材30は、周壁32の雌ねじ溝32aに雄ねじ溝16bを螺着することで螺進退可能とされている。 As shown in FIG. 9, the screwing member 30 is attached in a state where the main body 10 and the pressed body 20 are temporarily assembled by the fitting groove 14d and the fitting portion 24. The screwing member 30 is attached so as to insert the first extending portion 15 and the second extending portion 23 into the insertion space P1 and to insert the pressing portion 33 into the cylindrical hole H. The screwing member 30 can be screwed back and forth by screwing the male thread groove 16b into the female thread groove 32a of the peripheral wall 32.

本体10と被押圧体20とを嵌合溝14d及び嵌合部24により仮組付けした状態において、被押圧体20は、枠部28よりも突出した粘着マット41の粘着面が、基台部13の第2面13bよりも控えた位置となる第1位置に配置される。すなわち、一対の嵌合溝14d及び一対の嵌合部24は、被押圧体20を第1位置に維持する維持構造である。なお、嵌合部24が嵌合溝14dに嵌め込まれたとき、基板部21の第1面21aは、延設板部14の第2面14bに当接していなくてもよい。また、嵌合部24が嵌合溝14dに嵌め込まれたとき、基板部21の第2長縁は、基台部13に当接していなくてもよい。嵌合部24が嵌合溝14dに嵌め込まれたとき、延設板部14の先端は、膨出突部22に当接していなくてもよい。 In a state where the main body 10 and the pressed body 20 are temporarily assembled by the fitting groove 14d and the fitting portion 24, in the pressed body 20, the adhesive surface of the adhesive mat 41 protruding from the frame portion 28 is a base portion. It is arranged at the first position, which is a position ahead of the second surface 13b of 13. That is, the pair of fitting grooves 14d and the pair of fitting portions 24 have a maintenance structure for maintaining the pressed body 20 in the first position. When the fitting portion 24 is fitted into the fitting groove 14d, the first surface 21a of the substrate portion 21 does not have to be in contact with the second surface 14b of the extension plate portion 14. Further, when the fitting portion 24 is fitted into the fitting groove 14d, the second long edge of the substrate portion 21 does not have to be in contact with the base portion 13. When the fitting portion 24 is fitted into the fitting groove 14d, the tip of the extending plate portion 14 does not have to be in contact with the bulging protrusion 22.

図9及び図10に示すように、螺着部材30が螺進するにつれて、螺着部材30の周壁32の先端が膨出突部22の頂面22aに当接する。螺着部材30を更に螺進させると、周壁32の先端が膨出突部22の頂面22aを螺着部材30の螺進方向に押圧することにより、被押圧体20が本体10に対して移動する。 As shown in FIGS. 9 and 10, as the screwing member 30 is screwed, the tip of the peripheral wall 32 of the screwing member 30 comes into contact with the top surface 22a of the bulging protrusion 22. When the screwing member 30 is further screwed, the tip of the peripheral wall 32 presses the top surface 22a of the bulging protrusion 22 in the screwing direction of the screwing member 30, so that the pressed body 20 presses against the main body 10. Moving.

螺着部材30の周壁32の先端が膨出突部22の頂面22aに当接すると同時に、螺着部材30の押圧部33が基板部21の第1面21aに当接する。螺着部材30を更に螺進させると、押圧部33が基板部21の第1面21aを螺着部材30の螺進方向に押圧する。このとき、一対の嵌合部24が一対の嵌合溝14dから外れ、本体10と被押圧体20との嵌合溝14d及び嵌合部24による仮組付けが解除される。螺着部材30を螺進させるほど、第2延設部23の一対の張出部26が第1延設部15の一対の段差部17に近接する。 At the same time that the tip of the peripheral wall 32 of the screwing member 30 abuts on the top surface 22a of the bulging protrusion 22, the pressing portion 33 of the screwing member 30 abuts on the first surface 21a of the substrate portion 21. When the screwing member 30 is further screwed, the pressing portion 33 presses the first surface 21a of the substrate portion 21 in the screwing direction of the screwing member 30. At this time, the pair of fitting portions 24 is disengaged from the pair of fitting grooves 14d, and the temporary assembly by the fitting grooves 14d and the fitting portions 24 between the main body 10 and the pressed body 20 is released. The more the screwing member 30 is screwed, the closer the pair of overhanging portions 26 of the second extending portion 23 are to the pair of stepped portions 17 of the first extending portion 15.

螺着部材30の周壁32の先端が、延設板部14の第1面14a及び基台部13の第1面13aに当接した状態において、螺着部材30の螺進が規制される。また、一対の張出部26が一対の段差部17に係止することで螺着部材30の螺進が規制される。このとき、被押圧体20は、枠部28よりも突出した粘着マット41の粘着面が、基台部13の第2面13bよりも突出した位置となる第2位置に配置される。 The screwing of the screwing member 30 is restricted in a state where the tip of the peripheral wall 32 of the screwing member 30 is in contact with the first surface 14a of the extending plate portion 14 and the first surface 13a of the base portion 13. Further, the screwing of the screwing member 30 is restricted by engaging the pair of overhanging portions 26 with the pair of stepped portions 17. At this time, the pressed body 20 is arranged at a second position where the adhesive surface of the adhesive mat 41 protruding from the frame portion 28 protrudes from the second surface 13b of the base portion 13.

次に、床面S1に設置される設置体100を固定体1により床面S1に固定する固定構造について、固定体1の設置方法をふまえて説明する。本実施形態における設置体100は、例えば、床面S1に設置される棚や冷蔵庫等の機器を示している。設置体100は、床面S1と交差配置される複数の側面を有している。複数の側面のうち1つを交差面S2とする。なお、床面S1は、第1被固定面であり、交差面S2は、第2被固定面である。 Next, a fixing structure for fixing the installation body 100 installed on the floor surface S1 to the floor surface S1 by the fixing body 1 will be described based on the installation method of the fixing body 1. The installation body 100 in the present embodiment shows, for example, a device such as a shelf or a refrigerator installed on the floor surface S1. The installation body 100 has a plurality of side surfaces that are arranged so as to intersect with the floor surface S1. One of the plurality of side surfaces is referred to as an intersection surface S2. The floor surface S1 is the first fixed surface, and the intersection surface S2 is the second fixed surface.

図11に示すように、固定体1の設置方法において、最初に被押圧体20を本体10に対して第1位置とした状態で基台部13の第2面13bを床面S1に宛がうとともに粘着マット42を交差面S2に対面させる。被押圧体20は、床面S1と対面するように設けられる。被押圧体20は、粘着マット41の床面S1に対向する対向部41aが床面S1に宛がった第2面13bよりも控えた位置となる第1位置となるように配置される。このとき、床面S1及び交差面S2にそれぞれ沿わされるように第1基部11及び第2基部12を配置する。また、第1延設部15及び第2延設部23は、床面S1から離間する方向に延設される。なお、基台部13の第2面13bは、床面S1に宛がわれる基準面である。 As shown in FIG. 11, in the method of installing the fixed body 1, the second surface 13b of the base portion 13 is addressed to the floor surface S1 in a state where the pressed body 20 is first positioned with respect to the main body 10. At the same time, the adhesive mat 42 is made to face the intersection surface S2. The pressed body 20 is provided so as to face the floor surface S1. The pressed body 20 is arranged so that the facing portion 41a facing the floor surface S1 of the adhesive mat 41 is in the first position, which is a position ahead of the second surface 13b addressed to the floor surface S1. At this time, the first base portion 11 and the second base portion 12 are arranged so as to be along the floor surface S1 and the intersection surface S2, respectively. Further, the first extension portion 15 and the second extension portion 23 are extended in a direction away from the floor surface S1. The second surface 13b of the base portion 13 is a reference surface addressed to the floor surface S1.

次に、基台部13の第2面13bを床面S1に沿わせながら粘着マット42が交差面S2に当接するまで本体10を移動させ、粘着マット42を交差面S2に接合する。すなわち、粘着マット42で本体10を交差面S2に固定する。粘着マット42を交差面S2に接合したとき、粘着マット42を圧縮変形させるように本体10を交差面S2に向けて押圧する。 Next, the main body 10 is moved until the adhesive mat 42 abuts on the intersection surface S2 while the second surface 13b of the base portion 13 is aligned with the floor surface S1, and the adhesive mat 42 is joined to the intersection surface S2. That is, the main body 10 is fixed to the intersection surface S2 with the adhesive mat 42. When the adhesive mat 42 is joined to the intersection surface S2, the main body 10 is pressed toward the intersection surface S2 so as to compress and deform the adhesive mat 42.

次に、螺着部材30を取り付ける。
図12に示すように、螺着部材30の挿入空間P1に第1延設部15及び第2延設部23を挿入し、且つ螺着部材30の雌ねじ溝32aに第1延設部15の雄ねじ溝16bを螺着する。このとき、螺着部材30の周壁32の内面には、第1延設部15の円弧部16及び第2延設部23の円弧部25が係止される。なお、螺着部材30の挿入空間P1は、床面S1に向けて開口している。
Next, the screwing member 30 is attached.
As shown in FIG. 12, the first extension portion 15 and the second extension portion 23 are inserted into the insertion space P1 of the screwing member 30, and the first extension portion 15 is inserted into the female thread groove 32a of the screwing member 30. The male screw groove 16b is screwed. At this time, the arc portion 16 of the first extension portion 15 and the arc portion 25 of the second extension portion 23 are locked to the inner surface of the peripheral wall 32 of the screwing member 30. The insertion space P1 of the screwing member 30 is open toward the floor surface S1.

粘着マット42を圧縮変形させるように本体10を交差面S2に向けて押圧した状態で、螺着部材30を螺進させると、螺着部材30の周壁32の先端が膨出突部22の頂面22aを床面S1に向けて押圧する。また、螺着部材30の押圧部33の先端が基板部21の第1面21aを床面S1に向けて押圧する。すなわち、押圧部33は、被押圧体20を床面S1に向けて押圧する。それに伴い、本体10と被押圧体20との嵌合溝14d及び嵌合部24による仮組付けが解除される。すなわち、螺着部材30は、床面S1に向かう方向に螺進することで維持構造による被押圧体20の第1位置での維持状態を解除して被押圧体20が床面S1に向けて移動することを許容する。 When the screwing member 30 is screwed while the main body 10 is pressed toward the intersection surface S2 so as to compress and deform the adhesive mat 42, the tip of the peripheral wall 32 of the screwing member 30 is the top of the bulging protrusion 22. The surface 22a is pressed toward the floor surface S1. Further, the tip of the pressing portion 33 of the screwing member 30 presses the first surface 21a of the substrate portion 21 toward the floor surface S1. That is, the pressing portion 33 presses the pressed body 20 toward the floor surface S1. Along with this, the temporary assembly of the main body 10 and the pressed body 20 by the fitting groove 14d and the fitting portion 24 is released. That is, the screwing member 30 is screwed in the direction toward the floor surface S1 to release the maintenance state of the pressed body 20 at the first position due to the maintenance structure, and the pressed body 20 is directed toward the floor surface S1. Allow to move.

その後、螺着部材30の螺進を継続すると、螺着部材30の押圧部33が基板部21の第1面21aに当接しつつ粘着マット41の対向部41aが床面S1に接合する。螺着部材30により床面S1上における本体10と被押圧体20との相対位置を定め、且つ粘着マット41が床面S1に接合されるため、第1基部11の床面S1上における位置ずれが抑制される。ここで、押圧部33が基板部21の第1面21aに当接したとき、段差部17と張出部26とは図7に示す許容空間P2を形成するように対向配置されている。許容空間P2は、螺着部材30の挿入空間P1の内部に位置している。そのため、螺着部材30の螺進が完了する前の状態において、挿入空間P1は、許容空間P2を含んでいる。なお、螺着部材30を螺進させることにより粘着マット41を床面S1に接合した後、粘着マット42により第2基部12を交差面S2に接合してもよい。 After that, when the screwing of the screwing member 30 is continued, the pressing portion 33 of the screwing member 30 is in contact with the first surface 21a of the substrate portion 21, and the facing portion 41a of the adhesive mat 41 is joined to the floor surface S1. Since the screwing member 30 determines the relative position between the main body 10 and the pressed body 20 on the floor surface S1 and the adhesive mat 41 is joined to the floor surface S1, the position shift of the first base portion 11 on the floor surface S1. Is suppressed. Here, when the pressing portion 33 comes into contact with the first surface 21a of the substrate portion 21, the stepped portion 17 and the overhanging portion 26 are arranged to face each other so as to form the allowable space P2 shown in FIG. The allowable space P2 is located inside the insertion space P1 of the screwing member 30. Therefore, the insertion space P1 includes the allowable space P2 in the state before the screwing of the screwing member 30 is completed. The adhesive mat 41 may be joined to the floor surface S1 by screwing the screwing member 30, and then the second base portion 12 may be joined to the intersection surface S2 by the adhesive mat 42.

図13に示すように、粘着マット41を床面S1に接合し、且つ粘着マット42により第2基部12を交差面S2に接合した後、螺着部材30を床面S1に向けて螺進させる。すると、押圧部33が基板部21を螺着部材30の螺進方向に押圧することにより粘着マット41が圧縮変形する。すなわち、螺着部材30は、被押圧体20に設けられた粘着マット41が床面S1に押圧されるまで螺進可能である。 As shown in FIG. 13, the adhesive mat 41 is joined to the floor surface S1, the second base portion 12 is joined to the intersecting surface S2 by the adhesive mat 42, and then the screwing member 30 is screwed toward the floor surface S1. .. Then, the pressing portion 33 presses the substrate portion 21 in the screwing direction of the screwing member 30, so that the adhesive mat 41 is compressed and deformed. That is, the screwing member 30 can be screwed until the adhesive mat 41 provided on the pressed body 20 is pressed against the floor surface S1.

粘着マット41が圧縮変形された後、螺着部材30を更に床面S1に向けて螺進させると、螺着部材30の床面S1に向けての螺進が規制されるが、第1延設部15の雄ねじ溝16bが螺着部材30の雌ねじ溝32aにより床面S1から離間する方向に引き上げられる。そのため、螺着部材30を螺進させることにより円弧部16には、螺着部材30により床面S1から離間する方向に引き上げられる付勢力が作用する。すなわち、螺着部材30は、床面S1に向かう方向に螺進することで延設板部14の先端寄りの部分を床面S1から離間する方向に付勢する。 After the adhesive mat 41 is compressed and deformed, when the screwing member 30 is further screwed toward the floor surface S1, the screwing of the screwing member 30 toward the floor surface S1 is restricted, but the first extension is performed. The male thread groove 16b of the setting portion 15 is pulled up in a direction away from the floor surface S1 by the female thread groove 32a of the screwing member 30. Therefore, by screwing the screwing member 30, an urging force that is pulled up in the direction away from the floor surface S1 by the screwing member 30 acts on the arc portion 16. That is, the screwing member 30 is screwed in the direction toward the floor surface S1 to urge the portion of the extending plate portion 14 near the tip end in the direction away from the floor surface S1.

本実施形態では、螺着部材30が床面S1に向かう方向に螺進することにより、基台部13の第2面13bの設置体100寄りの縁部のみが床面S1に当接した状態で、第2面13bの設置体100寄りの縁部を除く部分が床面S1から離間している。よって、螺着部材30により第2面13bの設置体100寄りの縁部を除く部分を床面S1から離間させ、第1基部11が床面S1に対して傾斜姿勢となる。すなわち、本実施形態における固定体1の設置方法では、螺着部材30により延設板部14の先端寄りの部分を床面S1から離間させるように第1基部11を傾斜姿勢となるまで付勢している。 In the present embodiment, the screwing member 30 is screwed in the direction toward the floor surface S1, so that only the edge portion of the second surface 13b of the base portion 13 near the installation body 100 is in contact with the floor surface S1. Therefore, the portion of the second surface 13b excluding the edge portion near the installation body 100 is separated from the floor surface S1. Therefore, the portion of the second surface 13b excluding the edge portion near the installation body 100 is separated from the floor surface S1 by the screwing member 30, and the first base portion 11 is in an inclined posture with respect to the floor surface S1. That is, in the method of installing the fixed body 1 in the present embodiment, the first base portion 11 is urged until the first base portion 11 is in an inclined posture so that the portion near the tip of the extended plate portion 14 is separated from the floor surface S1 by the screwing member 30. are doing.

第1基部11が床面S1に対して傾斜姿勢となるとき、被押圧体20は、粘着マット41の対向部41aが基台部13の第2面13bよりも床面S1寄りに位置する第2位置となるように配置され、粘着マット41の対向部41aが床面S1に対して強固に接合される。このとき、粘着マット41は、圧縮変形している。 When the first base portion 11 is in an inclined posture with respect to the floor surface S1, in the pressed body 20, the facing portion 41a of the adhesive mat 41 is located closer to the floor surface S1 than the second surface 13b of the base portion 13. Arranged so as to be in two positions, the facing portion 41a of the adhesive mat 41 is firmly joined to the floor surface S1. At this time, the adhesive mat 41 is compressed and deformed.

被押圧体20が第2位置に配置され、粘着マット41が圧縮変形した状態において、被押圧体20の枠部28は、床面S1に当接していない。なお、被押圧体20の枠部28が床面S1に当接していてもよい。 In a state where the pressed body 20 is arranged at the second position and the adhesive mat 41 is compressed and deformed, the frame portion 28 of the pressed body 20 is not in contact with the floor surface S1. The frame portion 28 of the pressed body 20 may be in contact with the floor surface S1.

また、粘着マット41を圧縮変形させた後、螺着部材30の螺進に伴って延設板部14の先端寄りの部分が床面S1から離間するように付勢されるため、螺着部材30の螺進に伴って床面S1に対して螺着部材30の回動軸心Oが床面S1に対して傾斜する。被押圧体20の位置が変化することなく、延設板部14の先端が床面S1から離間するため、円弧部16の先端面16aと一対の張出部26の先端面26aが離間しようとする。このとき、仮に一対の段差部17が一対の張出部26に当接していると、延設板部14の先端が床面S1から離間することができず、螺着部材30の螺進を妨げる虞がある。 Further, after the adhesive mat 41 is compressed and deformed, the portion near the tip of the extending plate portion 14 is urged so as to be separated from the floor surface S1 as the screwing member 30 is screwed. With the screwing of 30, the rotation axis O of the screwed member 30 is tilted with respect to the floor surface S1 with respect to the floor surface S1. Since the tip of the extending plate portion 14 is separated from the floor surface S1 without changing the position of the pressed body 20, the tip surface 16a of the arc portion 16 and the tip surface 26a of the pair of overhanging portions 26 try to be separated from each other. do. At this time, if the pair of stepped portions 17 are in contact with the pair of overhanging portions 26, the tip of the extending plate portion 14 cannot be separated from the floor surface S1, and the screwing member 30 is screwed. There is a risk of hindering.

しかし、螺着部材30の螺進が完了する前の状態において、挿入空間P1は、許容空間P2を含んでいる。そのため、螺着部材30の回動軸心Oが床面S1に対して傾斜しても一対の段差部17が一対の張出部26に当接するまでに猶予がある。よって、許容空間P2は、螺着部材30の螺進を許容する空間として機能する。 However, in the state before the screwing of the screwing member 30 is completed, the insertion space P1 includes the allowable space P2. Therefore, even if the rotation axis O of the screwing member 30 is tilted with respect to the floor surface S1, there is a grace period until the pair of stepped portions 17 come into contact with the pair of overhanging portions 26. Therefore, the allowable space P2 functions as a space that allows the screwing member 30 to be screwed.

第1基部11が床面S1に対して傾斜姿勢となるため、第2基部12が交差面S2に向けて押し付けられる。螺着部材30により延設板部14の先端寄りの部分が付勢されることで第2基部12が交差面S2に向けて付勢される。すなわち、第2基部12が粘着マット42の交差面S2に接合された箇所の一部又は全部を交差面S2に向けて押圧する。そのため、粘着マット42が交差面S2に向けて押圧される。本実施形態では、第2基部12は、交差面S2に対して傾斜姿勢となる。第2基部12は、基台部13から第2基部12の先端に向かうにつれて交差面S2に近接するように傾斜している。すなわち、床面S1に粘着マット41を接合させ、且つ交差面S2に粘着マット42を接合させた状態において、螺着部材30により本体10が床面S1及び交差面S2に対して傾斜姿勢となる。交差面S2と第2基部12との間に配置される粘着マット42は、圧縮変形されている。なお、第2基部12は、交差面S2に対して傾斜姿勢となることに限らず、交差面S2に沿って延びている状態を維持していてもよい。第2基部12は、第1基部11が傾斜姿勢となることにより粘着マット42の交差面S2に接合された箇所の一部又は全部を交差面S2に向けて押圧していればよい。 Since the first base portion 11 is in an inclined posture with respect to the floor surface S1, the second base portion 12 is pressed toward the intersection surface S2. The second base portion 12 is urged toward the intersection surface S2 by urging the portion of the extending plate portion 14 near the tip end by the screwing member 30. That is, a part or all of the portion where the second base portion 12 is joined to the intersection surface S2 of the adhesive mat 42 is pressed toward the intersection surface S2. Therefore, the adhesive mat 42 is pressed toward the intersection surface S2. In the present embodiment, the second base portion 12 is in an inclined posture with respect to the intersection surface S2. The second base portion 12 is inclined so as to approach the intersection surface S2 from the base portion 13 toward the tip of the second base portion 12. That is, in a state where the adhesive mat 41 is joined to the floor surface S1 and the adhesive mat 42 is joined to the intersection surface S2, the main body 10 is in an inclined posture with respect to the floor surface S1 and the intersection surface S2 by the screwing member 30. .. The adhesive mat 42 arranged between the intersection surface S2 and the second base portion 12 is compressed and deformed. The second base portion 12 is not limited to being in an inclined posture with respect to the intersection surface S2, and may maintain a state of extending along the intersection surface S2. The second base portion 12 may press a part or all of the portions joined to the intersection surface S2 of the adhesive mat 42 toward the intersection surface S2 by the first base portion 11 in an inclined posture.

また、第1基部11は、床面S1に対して傾斜姿勢となることに限らず、床面S1に沿って延びている状態を維持してもよい。第1基部11は、螺着部材30により延設板部14の先端寄りの部分が床面S1から離間する方向に付勢され、第2基部12を交差面S2に向けて押圧できていれば床面S1に対して傾斜姿勢となっていなくてもよい。第1基部11が床面S1に沿って延びている状態に維持する場合、被押圧体20の第2位置を変更してもよい。すなわち、枠部28よりも突出した粘着マット41の対向部41aが基台部13の第2面13bと同じ位置に配置されるとともに対向部41aが床面S1に接合される位置を第2位置としてもよい。 Further, the first base portion 11 is not limited to being in an inclined posture with respect to the floor surface S1, and may be maintained in a state of extending along the floor surface S1. If the first base portion 11 is urged by the screwing member 30 in a direction in which the portion near the tip of the extending plate portion 14 is separated from the floor surface S1, and the second base portion 12 can be pressed toward the intersection surface S2. It does not have to be in an inclined posture with respect to the floor surface S1. When the first base portion 11 is maintained in a state of extending along the floor surface S1, the second position of the pressed body 20 may be changed. That is, the position where the facing portion 41a of the adhesive mat 41 protruding from the frame portion 28 is arranged at the same position as the second surface 13b of the base portion 13 and the position where the facing portion 41a is joined to the floor surface S1 is the second position. May be.

上記のように構成された固定体1において、螺着部材30は、延設板部14の先端寄りの部分を床面S1から離間する方向に付勢する付勢部材として機能する一方で、本体10と被押圧体20を組み付ける結合体としても機能する。なお、延設板部14の先端寄りの部分とは、第1基部11の先端側である。延設板部14の先端寄りの部分とは、延設板部14の円弧部16が設けられる部分を示している。 In the fixed body 1 configured as described above, the screwing member 30 functions as an urging member that urges the portion of the extending plate portion 14 near the tip in the direction away from the floor surface S1, while the main body thereof. It also functions as a coupling body for assembling the 10 and the pressed body 20. The portion of the extending plate portion 14 near the tip end is the tip end side of the first base portion 11. The portion near the tip of the extension plate portion 14 indicates a portion where the arc portion 16 of the extension plate portion 14 is provided.

粘着マット41は、床面S1に当接させることで接合する第1被固定面側接合部である。粘着マット41は、本体10と被押圧体20とが組み付けられた状態において、床面S1上における第1基部11の位置ずれを抑制する機能を有する。粘着マット41により第1基部11が床面S1に固定されている。すなわち、粘着マット41は、第1基部11を床面S1に固定するための第1固定部としても機能する。なお、第1固定部は、粘着マット41のみで構成することに限らず、粘着マット41にビス、ボルト、ナット等の固定部材を追加した構成に変更してもよい。また、粘着マット41は、粘着性を有する滑り止めのゴムシートに代替してもよい。滑り止めのゴムシートは、第1被固定面側接合部の一例である。ただし、第1固定部の構成を変更する場合、第1固定部は、粘着マット41やゴムシートのような第1被固定面側接合部を有するように変更する。 The adhesive mat 41 is a first fixed surface side joint portion to be joined by being brought into contact with the floor surface S1. The adhesive mat 41 has a function of suppressing a displacement of the first base portion 11 on the floor surface S1 in a state where the main body 10 and the pressed body 20 are assembled. The first base portion 11 is fixed to the floor surface S1 by the adhesive mat 41. That is, the adhesive mat 41 also functions as a first fixing portion for fixing the first base portion 11 to the floor surface S1. The first fixing portion is not limited to the adhesive mat 41 alone, and may be changed to a configuration in which fixing members such as screws, bolts, and nuts are added to the adhesive mat 41. Further, the adhesive mat 41 may be replaced with a non-slip rubber sheet having adhesiveness. The non-slip rubber sheet is an example of the first fixed surface side joint portion. However, when the configuration of the first fixing portion is changed, the first fixing portion is changed so as to have a first fixed surface side joint portion such as an adhesive mat 41 or a rubber sheet.

粘着マット42は、交差面S2に当接させることで接合する第2被固定面側接合部である。粘着マット42により第2基部12が交差面S2に固定されている。すなわち、粘着マット42は、第2基部12を交差面S2に固定するための第2固定部としても機能する。粘着マット42により第2基部12が交差面S2に固定されている。なお、第2固定部は、粘着マット42のみで構成することに限らず、粘着マット42にビス、ボルト、ナット等の固定部材を追加した構成に変更してもよい。また、粘着マット42は、粘着性を有する滑り止めのゴムシートに代替してもよい。滑り止めのゴムシートは、第2被固定面側接合部の一例である。ただし、第2固定部の構成を変更する場合、第2固定部は、粘着マット42やゴムシートのような第1被固定面側接合部を有するように変更する。 The adhesive mat 42 is a second fixed surface side joint portion to be joined by being brought into contact with the intersecting surface S2. The second base portion 12 is fixed to the intersection surface S2 by the adhesive mat 42. That is, the adhesive mat 42 also functions as a second fixing portion for fixing the second base portion 12 to the intersection surface S2. The second base portion 12 is fixed to the intersection surface S2 by the adhesive mat 42. The second fixing portion is not limited to the adhesive mat 42 alone, and may be changed to a configuration in which fixing members such as screws, bolts, and nuts are added to the adhesive mat 42. Further, the adhesive mat 42 may be replaced with a non-slip rubber sheet having adhesiveness. The non-slip rubber sheet is an example of the second fixed surface side joint portion. However, when the configuration of the second fixing portion is changed, the second fixing portion is changed so as to have a first fixed surface side joint portion such as an adhesive mat 42 or a rubber sheet.

円弧部25は、被押圧体20に設けられた被係止部であり、螺着部材30の周壁32の内面は、円弧部25と係止する係止部である。周壁32の内面が円弧部25に係止して床面S1上における本体10と被押圧体20との相対位置が定まる。また、被係止部としての円弧部25を第1被係止部とすると、円弧部25の先端に設けられた一対の張出部26は、螺着部材30の挿入空間P1に挿入された状態において、本体10の一対の段差部17に係止される第2被係止部である。第1延設部15は、螺合部であり、螺着部材30の周壁32に設けられた雌ねじ溝32aは、ねじ部である。 The arc portion 25 is a locked portion provided on the pressed body 20, and the inner surface of the peripheral wall 32 of the screwing member 30 is a locking portion that engages with the arc portion 25. The inner surface of the peripheral wall 32 is locked to the arc portion 25, and the relative position between the main body 10 and the pressed body 20 on the floor surface S1 is determined. Further, assuming that the arc portion 25 as the locked portion is the first locked portion, the pair of overhanging portions 26 provided at the tip of the arc portion 25 are inserted into the insertion space P1 of the screwing member 30. In the state, it is a second locked portion that is locked to the pair of stepped portions 17 of the main body 10. The first extension portion 15 is a screw portion, and the female screw groove 32a provided on the peripheral wall 32 of the screwing member 30 is a screw portion.

本実施形態では、固定体1が採用され、被設置面としての床面S1に粘着マット41が接合され、且つ床面S1に設置された設置体100が有する交差面S2に粘着マット42が接合され、螺着部材30が、第1基部11の先端側を床面S1から離間する方向に付勢している固定構造が構成されている。また、本実施形態では、第1基部11の第1延設部15の雄ねじ溝16bと螺合した螺着部材30の床面S1に向かう螺進により、螺着部材30の床面S1へ向かう押圧力の反力を雄ねじ溝16bが受けて、第1基部11が床面S1から離間するように付勢されている固定構造が構成されている。 In the present embodiment, the fixed body 1 is adopted, the adhesive mat 41 is bonded to the floor surface S1 as the installation surface, and the adhesive mat 42 is bonded to the intersection surface S2 of the installation body 100 installed on the floor surface S1. A fixed structure is configured in which the screwing member 30 is urged in a direction in which the tip end side of the first base portion 11 is separated from the floor surface S1. Further, in the present embodiment, the screwing toward the floor surface S1 of the screwing member 30 screwed with the male screw groove 16b of the first extension portion 15 of the first base portion 11 toward the floor surface S1 of the screwing member 30. A fixed structure is configured in which the male screw groove 16b receives the reaction force of the pressing force and the first base portion 11 is urged so as to be separated from the floor surface S1.

上記のように構成された固定体1は、被押圧体20を第1位置と第2位置とに配置可能とした固定体である。固定体1は、第1延設部15及び第2延設部23を挿入空間P1に挿入された状態で螺着部材30を螺進することにより本体10に対して被押圧体20が床面S1に沿う方向に分離することを抑制するように本体10と被押圧体20とを結合する固定体である。また、固定体1は、螺着部材30を床面S1から離れる方向に螺退することにより本体10と被押圧体20とを分離可能とした固定体である。なお、本実施形態では、螺着部材30を雄ねじ溝16bから取り外したときに初めて第1延設部15及び第2延設部23が挿入空間P1から離脱し、本体10と被押圧体20とが分離できる。 The fixed body 1 configured as described above is a fixed body in which the pressed body 20 can be arranged at the first position and the second position. In the fixed body 1, the pressed body 20 is pressed against the main body 10 by screwing the screwing member 30 in a state where the first extending portion 15 and the second extending portion 23 are inserted into the insertion space P1. It is a fixed body that connects the main body 10 and the pressed body 20 so as to suppress separation in the direction along S1. Further, the fixed body 1 is a fixed body in which the main body 10 and the pressed body 20 can be separated by screwing the screwing member 30 away from the floor surface S1. In the present embodiment, the first extending portion 15 and the second extending portion 23 are separated from the insertion space P1 for the first time when the screwing member 30 is removed from the male thread groove 16b, and the main body 10 and the pressed body 20 are combined. Can be separated.

本実施形態の作用及び効果を説明する。
(1-1)本実施形態の固定体1によれば、螺着部材30により延設板部14の先端寄りの部分が床面S1から離間する方向に付勢されることにより第2基部12が交差面S2に向けて押し付けられる。それに伴い、粘着マット42が交差面S2に押し付けられる。粘着マット42が交差面S2に対して強固に接合されるため、固定体1を交差面S2に安定的に固定できる。
The operation and effect of this embodiment will be described.
(1-1) According to the fixed body 1 of the present embodiment, the second base portion 12 is urged by the screwing member 30 in a direction in which the portion near the tip of the extending plate portion 14 is separated from the floor surface S1. Is pressed toward the intersection surface S2. Along with this, the adhesive mat 42 is pressed against the intersection surface S2. Since the adhesive mat 42 is firmly joined to the intersection surface S2, the fixed body 1 can be stably fixed to the intersection surface S2.

(1-2)螺着部材30により延設板部14の先端寄りの部分が床面S1から離間する方向に付勢されることにより第2基部12が交差面S2に向けて押し付けられるとともに、螺着部材30の押圧部33により被押圧体20が床面S1に向けて押圧される。そのため、粘着マット41が床面S1に向けて押し付けられる。したがって、固定体1を床面S1及び交差面S2により安定的に固定できる。 (1-2) The second base portion 12 is pressed toward the intersection surface S2 by urging the portion near the tip of the extension plate portion 14 in the direction away from the floor surface S1 by the screwing member 30. The pressed body 20 is pressed toward the floor surface S1 by the pressing portion 33 of the screwing member 30. Therefore, the adhesive mat 41 is pressed toward the floor surface S1. Therefore, the fixed body 1 can be stably fixed by the floor surface S1 and the intersection surface S2.

(1-3)固定体1が床面S1に固定された状態において、螺着部材30の周壁32の内面が被押圧体20の円弧部25に係止することにより被押圧体20が本体10から床面S1に沿って分離することを抑制できる。 (1-3) In a state where the fixed body 1 is fixed to the floor surface S1, the inner surface of the peripheral wall 32 of the screwing member 30 is locked to the arc portion 25 of the pressed body 20, so that the pressed body 20 becomes the main body 10. It is possible to suppress the separation along the floor surface S1 from the floor surface S1.

(1-4)螺着部材30を螺進させると、第1延設部15の雄ねじ溝16bが螺着部材30の雌ねじ溝32aにより床面S1から離間する方向に引き上げられる力を受ける。すなわち、延設板部14の先端寄りの部分が床面S1から離間する方向に付勢される。よって、第2基部12が交差面S2に向けて付勢され、粘着マット42が交差面S2に強固に接合される。よって、床面S1及び交差面S2に固定体1をより安定的に固定できる。 (1-4) When the screwing member 30 is screwed, the male thread groove 16b of the first extending portion 15 receives a force pulled up by the female thread groove 32a of the screwing member 30 in a direction away from the floor surface S1. That is, the portion of the extending plate portion 14 near the tip end is urged in a direction away from the floor surface S1. Therefore, the second base portion 12 is urged toward the intersection surface S2, and the adhesive mat 42 is firmly joined to the intersection surface S2. Therefore, the fixed body 1 can be more stably fixed to the floor surface S1 and the intersection surface S2.

(1-5)床面S1に粘着マット41を接合し、且つ交差面S2に粘着マット42を接合させた状態において、第1基部11が床面S1に対して傾斜姿勢となるため、第2基部12が粘着マット42をより強固に押圧する。よって、固定体1を交差面S2により安定的に固定できる。 (1-5) In a state where the adhesive mat 41 is joined to the floor surface S1 and the adhesive mat 42 is joined to the intersecting surface S2, the first base portion 11 is in an inclined posture with respect to the floor surface S1. The base 12 presses the adhesive mat 42 more firmly. Therefore, the fixed body 1 can be stably fixed by the crossing surface S2.

(1-6)床面S1に粘着マット41を接合し、且つ交差面S2に粘着マット42を接合させた状態において、第2基部12も交差面S2に傾斜姿勢となる。そのため、本体10が床面S1及び交差面S2に対して傾斜姿勢となる。よって、第1基部11の傾斜姿勢による第2基部12の交差面S2への押し付けに加えて、第2基部12自身も交差面S2に押し付けられるため、粘着マット42を更に強固に交差面S2に接合できる。 (1-6) In a state where the adhesive mat 41 is joined to the floor surface S1 and the adhesive mat 42 is joined to the intersection surface S2, the second base portion 12 is also in an inclined posture with the intersection surface S2. Therefore, the main body 10 is in an inclined posture with respect to the floor surface S1 and the intersection surface S2. Therefore, in addition to pressing the second base portion 12 against the intersection surface S2 due to the inclined posture of the first base portion 11, the second base portion 12 itself is also pressed against the intersection surface S2, so that the adhesive mat 42 is more firmly pressed against the intersection surface S2. Can be joined.

(1-7)本実施形態の固定体1によれば、基台部13の第2面13bを床面S1に宛がった状態において、被押圧体20が第1位置に配置されることで、本体10を床面S1に沿って移動させることができる。そのため、固定体1の床面S1上での位置決めを簡易的に実施できる。また、本体10を床面S1に沿って移動させている間に、被押圧体20が本体10の床面S1上での位置決めを邪魔することがない。そして、本体10の床面S1上での位置決めが完了した状態で、被押圧体20を第2位置に配置することにより本体10と被押圧体20とを床面S1に対して固定することができる。したがって、床面S1に固定する位置を簡易的に調整できる。 (1-7) According to the fixed body 1 of the present embodiment, the pressed body 20 is arranged at the first position in a state where the second surface 13b of the base portion 13 is addressed to the floor surface S1. Then, the main body 10 can be moved along the floor surface S1. Therefore, the positioning of the fixed body 1 on the floor surface S1 can be easily performed. Further, while the main body 10 is being moved along the floor surface S1, the pressed body 20 does not interfere with the positioning of the main body 10 on the floor surface S1. Then, in a state where the positioning of the main body 10 on the floor surface S1 is completed, the main body 10 and the pressed body 20 can be fixed to the floor surface S1 by arranging the pressed body 20 at the second position. can. Therefore, the position of fixing to the floor surface S1 can be easily adjusted.

(1-8)一対の嵌合溝14d及び一対の嵌合部24により構成される維持構造により被押圧体20が第1位置に維持されるため、床面S1上での位置決め作業性を向上できる。 (1-8) Since the pressed body 20 is maintained at the first position by the maintenance structure composed of the pair of fitting grooves 14d and the pair of fitting portions 24, the positioning workability on the floor surface S1 is improved. can.

(1-9)螺着部材30が螺進することにより一対の嵌合溝14d及び一対に嵌合部24による被押圧体20の第1位置の維持状態を解除できる。
(1-10)螺着部材30は、粘着マット41が床面S1に押圧されるまで螺進可能であるため、一対の嵌合溝14d及び一対の嵌合部24により構成される維持構造による仮組付けを解除された被押圧体20は、螺着部材30により第2位置に配置されるように押圧されるため、粘着マット41が床面S1に強固に接合される。したがって、床面S1に固定体1を安定的に固定できる。
(1-9) By screwing the screwing member 30, the holding state of the first position of the pressed body 20 by the pair of fitting grooves 14d and the pair of fitting portions 24 can be released.
(1-10) Since the screwing member 30 can be screwed until the adhesive mat 41 is pressed against the floor surface S1, it has a maintenance structure composed of a pair of fitting grooves 14d and a pair of fitting portions 24. Since the pressed body 20 that has been temporarily assembled is pressed so as to be arranged at the second position by the screwing member 30, the adhesive mat 41 is firmly joined to the floor surface S1. Therefore, the fixed body 1 can be stably fixed to the floor surface S1.

(1-11)本体10と被押圧体20の床面S1上における相対位置を円弧部25と周壁32の内面とにより定めた状態で、一対の張出部26が一対の段差部17に係止される。よって、被押圧体20の円弧部25が螺着部材30の挿入空間P1から離脱することなく、螺着部材30が取り付けられた状態では、本体10と被押圧体20とが分離することがない。よって、例えば、製品として固定体1を流通させる場合、本体10、被押圧体20、及び螺着部材30を一体的にまとめておくことができる。したがって、本体10、被押圧体20、及び螺着部材30を別途組み付ける必要がなくなる。 (1-11) A pair of overhanging portions 26 engage with a pair of stepped portions 17 in a state where the relative positions of the main body 10 and the pressed body 20 on the floor surface S1 are determined by the arc portion 25 and the inner surface of the peripheral wall 32. Be stopped. Therefore, the arc portion 25 of the pressed body 20 does not separate from the insertion space P1 of the screwed member 30, and the main body 10 and the pressed body 20 do not separate in the state where the screwed member 30 is attached. .. Therefore, for example, when the fixed body 1 is distributed as a product, the main body 10, the pressed body 20, and the screwing member 30 can be integrally put together. Therefore, it is not necessary to separately assemble the main body 10, the pressed body 20, and the screwing member 30.

(1-12)粘着マット41が枠部28に取り囲まれた状態であるため、粘着マット41が床面S1上で潰れ過ぎることを枠部28により抑制できる。
(1-13)本実施形態の固定体1によれば、螺着部材30を螺進させることにより被押圧体20を介して粘着マット41を床面S1へと押圧して強固な固定力を得られるとともに本体10と被押圧体20とを結合し、螺着部材30を螺退させることにより本体10と被押圧体20とが分離される。したがって、螺着部材30を回動させるだけで、本体10と被押圧体20との結合及び分離を容易に実施できる。また、本体10と被押圧体20を分離した状態で、床面S1から本体10と被押圧体20を個別に取り外すことができる。そのため、床面S1及び交差面S2からの固定体1の取り外しを容易に実施できる。
(1-12) Since the adhesive mat 41 is surrounded by the frame portion 28, it is possible to prevent the adhesive mat 41 from being excessively crushed on the floor surface S1 by the frame portion 28.
(1-13) According to the fixed body 1 of the present embodiment, by screwing the screwing member 30, the adhesive mat 41 is pressed against the floor surface S1 via the pressed body 20 to exert a strong fixing force. At the same time, the main body 10 and the pressed body 20 are coupled to each other, and the screwing member 30 is screwed back to separate the main body 10 and the pressed body 20. Therefore, the main body 10 and the pressed body 20 can be easily connected and separated only by rotating the screwing member 30. Further, the main body 10 and the pressed body 20 can be individually removed from the floor surface S1 in a state where the main body 10 and the pressed body 20 are separated. Therefore, the fixed body 1 can be easily removed from the floor surface S1 and the intersection surface S2.

(1-14)第1延設部15及び第2延設部23のうち第1延設部15にのみ雄ねじ溝16bが形成されているため、第1延設部15及び第2延設部23の両方に雄ねじ溝を形成して、第1延設部15及び第2延設部23それぞれの雄ねじ溝同士の位置を一致させる必要がなく、螺着部材30を螺着させ易い。 (1-14) Since the male thread groove 16b is formed only in the first extension portion 15 of the first extension portion 15 and the second extension portion 23, the first extension portion 15 and the second extension portion are formed. It is not necessary to form male thread grooves on both of the 23 so that the positions of the male thread grooves of the first extension portion 15 and the second extension portion 23 are matched with each other, and the screwing member 30 can be easily screwed.

(1-15)第1延設部15及び第2延設部23により円筒孔Hが形成されるとともに、第1延設部15と第2延設部23の外形は円形をなしている。すなわち、第1延設部15及び第2延設部23が環状の挿入空間P1に倣った形状となっている。そのため、挿入空間P1に第1延設部15及び第2延設部23を挿入することにより、本体10と被押圧体20とを螺着部材30により強固に連結できる。 (1-15) A cylindrical hole H is formed by the first extension portion 15 and the second extension portion 23, and the outer shapes of the first extension portion 15 and the second extension portion 23 are circular. That is, the first extension portion 15 and the second extension portion 23 have a shape that imitates the annular insertion space P1. Therefore, by inserting the first extension portion 15 and the second extension portion 23 into the insertion space P1, the main body 10 and the pressed body 20 can be firmly connected by the screwing member 30.

本実施形態の固定体1によれば、第1延設部15に雄ねじ溝16bが形成されているため、螺着部材30の螺進及び螺退を円滑にすることができる。
<第2実施形態>
以下、固定体を具体化した第2実施形態を図14にしたがって説明する。なお、第1実施形態と同様の構成については、同じ符号を付して説明し、詳細な説明を割愛する。
According to the fixed body 1 of the present embodiment, since the male screw groove 16b is formed in the first extending portion 15, the screwing member 30 can be smoothly screwed and retracted.
<Second Embodiment>
Hereinafter, a second embodiment in which the fixed body is embodied will be described with reference to FIG. The same configuration as that of the first embodiment will be described with the same reference numerals, and detailed description thereof will be omitted.

図14に示すように、基台部13の第2面13bと第2基部12の第2面12bとの境界を基準として、当該基準から第2基部12の先端までの長さは、当該基準から基台部13の先端までの長さよりも短い。粘着マット42は、第2基部12と基台部13とを跨ぐように配置されている。 As shown in FIG. 14, the length from the reference to the tip of the second base 12 is based on the boundary between the second surface 13b of the base portion 13 and the second surface 12b of the second base portion 12. It is shorter than the length from to the tip of the base portion 13. The adhesive mat 42 is arranged so as to straddle the second base portion 12 and the base portion 13.

螺着部材30を螺進させることにより円弧部16には、螺着部材30により床面S1から離間する方向に引き上げられる付勢力が作用する。
延設板部14の円弧部16が設けられている領域を第1領域R1とし、粘着マット42が交差面S2に接合されている領域を第2領域R2とし、床面S1と交差面S2とが交差する仮想線を仮想交差線Lとする。第1領域R1は、第1基部11において、螺着部材30により力を受ける位置である。第2領域R2は、交差面S2に接合される粘着マット42の接合位置である。
By screwing the screwing member 30, an urging force that is pulled up by the screwing member 30 in a direction away from the floor surface S1 acts on the arc portion 16.
The region where the arc portion 16 of the extended plate portion 14 is provided is defined as the first region R1, the region where the adhesive mat 42 is joined to the intersection surface S2 is defined as the second region R2, and the floor surface S1 and the intersection surface S2. Let the virtual line where the two intersect is the virtual intersection line L. The first region R1 is a position where a force is received by the screwing member 30 in the first base portion 11. The second region R2 is a joining position of the adhesive mat 42 joined to the crossing surface S2.

仮想交差線Lから第2領域R2までの距離は、仮想交差線Lから第1領域R1までの距離よりも短い。そのため、仮想交差線Lに対して、第1領域R1よりも、第2領域R2の方が近接している。 The distance from the virtual intersection line L to the second region R2 is shorter than the distance from the virtual intersection line L to the first region R1. Therefore, the second region R2 is closer to the virtual intersection line L than the first region R1.

本実施形態では、以下の作用及び効果を得ることができる。
(2-1)本実施形態の固定体1によれば、螺着部材30により第1基部11が床面S1から離間する方向に付勢されたとき、迅速に第2基部12が交差面S2に向けて付勢され、粘着マット42が交差面S2に強固に接合される。すなわち、第2基部12により粘着マット42を交差面S2に向けて押圧し易くなる。
In this embodiment, the following actions and effects can be obtained.
(2-1) According to the fixed body 1 of the present embodiment, when the first base portion 11 is urged in a direction away from the floor surface S1 by the screwing member 30, the second base portion 12 quickly becomes the intersection surface S2. The adhesive mat 42 is firmly joined to the intersection surface S2. That is, the second base portion 12 makes it easier to press the adhesive mat 42 toward the intersection surface S2.

<第3実施形態>
以下、固定体を具体化した第3実施形態を図15にしたがって説明する。本実施形態の固定体1は、第2基部12の先端側の構成が、上述した第1基部11の先端側の構成と同じである。
<Third Embodiment>
Hereinafter, a third embodiment in which the fixed body is embodied will be described with reference to FIG. In the fixed body 1 of the present embodiment, the configuration on the tip end side of the second base portion 12 is the same as the configuration on the tip end side of the first base portion 11 described above.

図15に示すように、第2基部12の床面S1とは反対側の部分には、上述した延設板部14、第1延設部15、被押圧体20、及び螺着部材30と同じ構成が設けられている。 As shown in FIG. 15, on the portion of the second base portion 12 opposite to the floor surface S1, the above-mentioned extension plate portion 14, the first extension portion 15, the pressed body 20, and the screwing member 30 are formed. The same configuration is provided.

本実施形態では、第1基部11の先端寄りの螺着部材30により第2面13bの設置体100寄りの縁部を除く部分を床面S1から離間させ、第1基部11が床面S1に対して傾斜姿勢となる。第2基部12の先端寄りの螺着部材30により第2面12bの床面S1寄りの縁部を除く部分を交差面S2から離間させ、第2基部12が交差面S2に対して傾斜姿勢となる。すなわち、本実施形態では、床面S1に粘着マット41を接合し、且つ交差面S2に粘着マット42を接合させた状態において、2つの螺着部材30により本体10が床面S1及び交差面S2に対して傾斜姿勢となる。 In the present embodiment, the portion of the second surface 13b excluding the edge portion near the installation body 100 is separated from the floor surface S1 by the screwing member 30 near the tip of the first base portion 11, and the first base portion 11 is on the floor surface S1. On the other hand, it becomes an inclined posture. The portion of the second surface 12b excluding the edge portion near the floor surface S1 is separated from the intersection surface S2 by the screwing member 30 near the tip of the second base portion 12, and the second base portion 12 is in an inclined posture with respect to the intersection surface S2. Become. That is, in the present embodiment, in a state where the adhesive mat 41 is joined to the floor surface S1 and the adhesive mat 42 is joined to the intersection surface S2, the main body 10 is connected to the floor surface S1 and the intersection surface S2 by the two screwing members 30. It becomes an inclined posture with respect to.

第1基部11が床面S1に対して傾斜姿勢となるため、第2基部12の先端に隣り合う被押圧体20が第2基部12とともに交差面S2に向けて押し付けられる。第1基部11の先端寄りの螺着部材30により第1基部11の延設板部14の先端寄りの部分が床面S1から離間する方向に付勢されることで、第2基部12が第2基部12の先端に隣り合う被押圧体20を介して粘着マット42の交差面S2に接合された箇所の一部又は全部を交差面S2に向けて押圧する。そのため、粘着マット42が交差面S2に向けて押圧される。 Since the first base portion 11 is in an inclined posture with respect to the floor surface S1, the pressed body 20 adjacent to the tip of the second base portion 12 is pressed toward the intersection surface S2 together with the second base portion 12. The second base portion 12 is urged by the screwing member 30 near the tip of the first base portion 11 in a direction in which the portion near the tip of the extended plate portion 14 of the first base portion 11 is separated from the floor surface S1. A part or all of the portion joined to the intersection surface S2 of the adhesive mat 42 is pressed toward the intersection surface S2 via the pressed body 20 adjacent to the tip of the two base portions 12. Therefore, the adhesive mat 42 is pressed toward the intersection surface S2.

第2基部12が交差面S2に対して傾斜姿勢となるため、第1基部11の先端に隣り合う被押圧体20が第1基部11とともに床面S1に向けて押し付けられる。第2基部12の先端寄りの螺着部材30により、第2基部12の延設板部14の先端寄りの部分が交差面S2から離間する方向に付勢されることで、第1基部11が第1基部11の先端に隣り合う被押圧体20を介して粘着マット41の床面S1に接合された箇所の一部又は全部を床面S1に向けて押圧する。そのため、粘着マット41が床面S1に向けて押圧される。 Since the second base portion 12 is in an inclined posture with respect to the intersection surface S2, the pressed body 20 adjacent to the tip of the first base portion 11 is pressed toward the floor surface S1 together with the first base portion 11. The first base portion 11 is urged by the screwing member 30 near the tip of the second base portion 12 in a direction in which the portion near the tip of the extended plate portion 14 of the second base portion 12 is separated from the intersection surface S2. A part or all of the portion joined to the floor surface S1 of the adhesive mat 41 is pressed toward the floor surface S1 via the pressed body 20 adjacent to the tip of the first base portion 11. Therefore, the adhesive mat 41 is pressed toward the floor surface S1.

粘着マット42は、本体10と第2基部12の先端に隣り合う被押圧体20とが組み付けられた状態において、交差面S2上における第2基部12の位置ずれを抑制する機能を有する。粘着マット42により第2基部12が交差面S2に固定されている。すなわち、粘着マット42は、第2基部12を交差面S2に固定するための第2固定部である。 The adhesive mat 42 has a function of suppressing a displacement of the second base portion 12 on the intersection surface S2 in a state where the main body 10 and the pressed body 20 adjacent to the tip of the second base portion 12 are assembled. The second base portion 12 is fixed to the intersection surface S2 by the adhesive mat 42. That is, the adhesive mat 42 is a second fixing portion for fixing the second base portion 12 to the intersection surface S2.

また、本実施形態では、被設置面としての床面S1に粘着マット41が接合され、且つ床面S1に設置された設置体100が有する交差面S2に粘着マット42が接合され、第1基部11の先端寄りの螺着部材30が、第1基部11の先端側を床面S1から離間する方向に付勢し、且つ第2基部12の先端寄りの螺着部材30が、第2基部12の先端側を交差面S2から離間する方向に付勢する固定構造が構成されている。 Further, in the present embodiment, the adhesive mat 41 is bonded to the floor surface S1 as the installation surface, and the adhesive mat 42 is bonded to the intersection surface S2 of the installation body 100 installed on the floor surface S1. The screwing member 30 near the tip of 11 urges the tip side of the first base 11 in a direction away from the floor surface S1, and the screwing member 30 near the tip of the second base 12 is the second base 12. A fixed structure is configured to urge the tip side of the surface in a direction away from the intersection surface S2.

本実施形態における固定体1の設置方法は、床面S1に沿わされるように第1基部11を配置し、且つ交差面S2に沿わされるように第2基部12を配置し、粘着マット41,42により第1基部11及び第2基部12を床面S1及び交差面S2に接合した後、2つの螺着部材30を床面S1及び交差面S2に向けて螺進させる。そして、第1基部11の先端寄りの螺着部材30により第1基部11の先端に隣り合う被押圧体20の延設板部14の先端寄りの部分を床面S1から離間させるように第1基部11を傾斜姿勢となるまで付勢する。また、第2基部12の先端寄りの螺着部材30により第2基部12の先端に隣り合う被押圧体20の延設板部14の先端寄りの部分を交差面S2から離間させるように第2基部12を傾斜姿勢となるまで付勢する。 In the method of installing the fixed body 1 in the present embodiment, the first base portion 11 is arranged along the floor surface S1 and the second base portion 12 is arranged along the intersection surface S2, and the adhesive mat 41 is arranged. , 42 joins the first base portion 11 and the second base portion 12 to the floor surface S1 and the intersection surface S2, and then the two screwing members 30 are screwed toward the floor surface S1 and the intersection surface S2. Then, the first portion of the pressed body 20 adjacent to the tip of the first base 11 is separated from the floor surface S1 by the screwing member 30 near the tip of the first base 11. The base 11 is urged until it is in an inclined posture. Further, a second portion of the pressed body 20 adjacent to the tip of the second base 12 near the tip of the extended plate portion 14 is separated from the intersection surface S2 by the screwing member 30 near the tip of the second base 12. The base 12 is urged until it is in an inclined posture.

本実施形態では、以下の作用及び効果を得ることができる。
(3-1)粘着マット41は床面S1に強固に接合され、粘着マット42は交差面S2に強固に接合される。よって、床面S1及び交差面S2に安定的に固定体1を固定できる。
In this embodiment, the following actions and effects can be obtained.
(3-1) The adhesive mat 41 is firmly bonded to the floor surface S1, and the adhesive mat 42 is firmly bonded to the intersection surface S2. Therefore, the fixed body 1 can be stably fixed to the floor surface S1 and the intersection surface S2.

なお、上記各実施形態は、以下のように変更して実施できる。上記各実施形態及び以下の変更例は、技術的に矛盾しない範囲で互いに組み合わせて実施できる。
○ 上記各実施形態において、固定体1は、第1固定部及び第2固定部を予め本体10や被押圧体20に設けていなくてもよく、第1固定部や第2固定部を固定体1の設置前に本体10や被押圧体20に設けてもよい。
Each of the above embodiments can be modified and implemented as follows. Each of the above embodiments and the following modification examples can be implemented in combination with each other within a technically consistent range.
○ In each of the above embodiments, the fixed body 1 does not have to have the first fixed portion and the second fixed portion on the main body 10 or the pressed body 20 in advance, and the first fixed portion and the second fixed portion are fixed bodies. It may be provided in the main body 10 or the pressed body 20 before the installation of 1.

〇 第1延設部15が螺合部をなしていたが、第1延設部15及び第2延設部23の両方に雄ねじ溝を形成し、第1延設部15及び第2延設部23の両方を螺合部としてもよい。また、第1延設部15の雄ねじ溝16bを割愛し、第2延設部23のみを螺合部としてもよい。 〇 The first extension portion 15 formed a screwed portion, but a male screw groove was formed in both the first extension portion 15 and the second extension portion 23, and the first extension portion 15 and the second extension portion 15 were extended. Both portions 23 may be screwed portions. Further, the male thread groove 16b of the first extension portion 15 may be omitted, and only the second extension portion 23 may be used as the screwing portion.

○ 延設板部14の先端寄りの部分を床面S1から離間させる方向に付勢する構成を図16及び図17のように変更してもよい。
図16に示すように、延設板部14の第1面14aに設けられていた第1延設部15及び延設板部14の切欠部14cを割愛する。延設板部14の先端寄りの部分には、延設板部14の板厚方向に貫通する貫通孔14eが設けられている。貫通孔14eの内周面には、雌ねじ溝14fが設けられている。螺着部材30の押圧部33は、第1柱部33aと、第2柱部33bと、を有している。第1柱部33aは、軸状をなしている。第1柱部33aは、底壁31の内底面から突出している。第2柱部33bは、軸状をなしている。第2柱部33bは、第1柱部33aの先端から突出している。第1柱部33aの軸線と第2柱部33bの軸線とは一致している。第2柱部33bの外周面には、雄ねじ溝33cが設けられている。螺着部材30には、底壁31の内底面と、周壁32の内面と、第1柱部33aの外周面とにより挿入空間P1が形成されている。
○ The configuration for urging the portion of the extending plate portion 14 near the tip in the direction away from the floor surface S1 may be changed as shown in FIGS. 16 and 17.
As shown in FIG. 16, the first extension portion 15 and the notch portion 14c of the extension plate portion 14 provided on the first surface 14a of the extension plate portion 14 are omitted. A through hole 14e that penetrates the extension plate portion 14 in the plate thickness direction is provided in a portion near the tip of the extension plate portion 14. A female thread groove 14f is provided on the inner peripheral surface of the through hole 14e. The pressing portion 33 of the screwing member 30 has a first pillar portion 33a and a second pillar portion 33b. The first pillar portion 33a has a shaft shape. The first pillar portion 33a protrudes from the inner bottom surface of the bottom wall 31. The second pillar portion 33b has a shaft shape. The second pillar portion 33b protrudes from the tip of the first pillar portion 33a. The axis of the first pillar portion 33a and the axis of the second pillar portion 33b coincide with each other. A male screw groove 33c is provided on the outer peripheral surface of the second pillar portion 33b. The threaded member 30 is formed with an insertion space P1 by the inner bottom surface of the bottom wall 31, the inner surface of the peripheral wall 32, and the outer peripheral surface of the first pillar portion 33a.

図17に示すように、螺着部材30の挿入空間P1に第2延設部23を挿入すると同時に、貫通孔14eの雌ねじ溝14fに第2柱部33bの雄ねじ溝33cを螺着する。このとき、螺着部材30の周壁32の内面には、第2延設部23の円弧部25が係止される。 As shown in FIG. 17, the second extension portion 23 is inserted into the insertion space P1 of the screwing member 30, and at the same time, the male screw groove 33c of the second pillar portion 33b is screwed into the female thread groove 14f of the through hole 14e. At this time, the arc portion 25 of the second extending portion 23 is locked to the inner surface of the peripheral wall 32 of the screwing member 30.

粘着マット42を圧縮変形させるように本体10を交差面S2に向けて押圧した状態で、螺着部材30を床面S1に向けて螺進させると、螺着部材30の第2柱部33bの先端が基板部21の第1面21aを床面S1に向けて押圧する。それに伴い、本体10と被押圧体20との嵌合溝14d及び嵌合部24による仮組付けが解除される。その後、螺着部材30の螺進を継続すると、螺着部材30の第2柱部33bが基板部21の第1面21aに当接しつつ粘着マット41の対向部41aが床面S1に接合する。螺着部材30により本体10と被押圧体20の床面S1上での相対位置を定め、且つ粘着マット41が床面S1に接合されるため、第1基部11の床面S1上における位置ずれが抑制される。 When the screwing member 30 is screwed toward the floor surface S1 while the main body 10 is pressed toward the intersection surface S2 so as to compress and deform the adhesive mat 42, the second pillar portion 33b of the screwing member 30 is screwed. The tip presses the first surface 21a of the substrate portion 21 toward the floor surface S1. Along with this, the temporary assembly of the main body 10 and the pressed body 20 by the fitting groove 14d and the fitting portion 24 is released. After that, when the screwing of the screwing member 30 is continued, the second pillar portion 33b of the screwing member 30 is in contact with the first surface 21a of the substrate portion 21, and the facing portion 41a of the adhesive mat 41 is joined to the floor surface S1. .. Since the screwing member 30 determines the relative positions of the main body 10 and the pressed body 20 on the floor surface S1 and the adhesive mat 41 is joined to the floor surface S1, the misalignment of the first base portion 11 on the floor surface S1. Is suppressed.

粘着マット41により第1基部11の床面S1上における位置ずれを抑制し、且つ粘着マット42により第2基部12を交差面S2に接合した後、螺着部材30を床面S1に向けて螺進させる。すると、第2柱部33bが基板部21を螺着部材30の螺進方向に押圧することにより粘着マット41が圧縮変形する。 The adhesive mat 41 suppresses the displacement of the first base 11 on the floor surface S1, and the adhesive mat 42 joins the second base 12 to the intersection surface S2, and then the screwing member 30 is screwed toward the floor surface S1. Let it go. Then, the second pillar portion 33b presses the substrate portion 21 in the screwing direction of the screwing member 30, so that the adhesive mat 41 is compressed and deformed.

粘着マット41が圧縮変形された後、螺着部材30を更に床面S1に向けて螺進させると、螺着部材30の床面S1に向けての螺進が規制されるが、延設板部14の雌ねじ溝14fが螺着部材30の雄ねじ溝33cにより床面S1から離間する方向に引き上げられる。すなわち、延設板部14の先端寄りの部分には、床面S1から離間する方向に引き上げられる付勢力が作用する。本変更例では、当該付勢力により、基台部13の第2面13bの設置体100寄りの縁部のみが床面S1に当接した状態で、第2面13bの設置体100寄りの縁部を除く部分が床面S1から離間している。すなわち、螺着部材30により延設板部14の先端を床面S1から離間させ、第1基部11が床面S1に対して傾斜姿勢となる。 After the adhesive mat 41 is compressed and deformed, when the screwing member 30 is further screwed toward the floor surface S1, the screwing of the screwing member 30 toward the floor surface S1 is restricted, but the extension plate is used. The female thread groove 14f of the portion 14 is pulled up in a direction away from the floor surface S1 by the male thread groove 33c of the screwing member 30. That is, an urging force that is pulled up in a direction away from the floor surface S1 acts on the portion of the extending plate portion 14 near the tip end. In this modification, the edge of the second surface 13b of the base portion 13 near the installation body 100 is in contact with the floor surface S1 due to the urging force. The portion excluding the portion is separated from the floor surface S1. That is, the tip of the extending plate portion 14 is separated from the floor surface S1 by the screwing member 30, and the first base portion 11 is in an inclined posture with respect to the floor surface S1.

本変更例のように構成された固定体1において、螺着部材30の雄ねじ溝33cは、ねじ部である。そのため、螺着部材30において、押圧部33とねじ部としての雄ねじ溝33cは、一体的に構成されている。また、延設板部14の貫通孔14eの雌ねじ溝14fは、螺合部である。 In the fixed body 1 configured as in this modification, the male thread groove 33c of the screwing member 30 is a threaded portion. Therefore, in the screwing member 30, the pressing portion 33 and the male screw groove 33c as the threaded portion are integrally configured. Further, the female thread groove 14f of the through hole 14e of the extension plate portion 14 is a screwed portion.

本変更例のように構成された固定体1は、被押圧体20を第1位置と第2位置とに配置可能とした固定体である。固定体1は、第2延設部23が挿入空間P1に挿入された状態で螺着部材30を螺進することにより本体10に対して被押圧体20が床面S1に沿う方向に分離することを抑制するように本体10と被押圧体20とを結合する固定体である。また、固定体1は、螺着部材30を床面S1から離れる方向に螺退することにより本体10と被押圧体20とを分離可能とした固定体である。なお、第1延設部15は割愛しなくてもよい。その場合、延設板部14の切欠部14cのみを割愛し、延設板部14に上記の貫通孔14eを形成するとよい。 The fixed body 1 configured as in this modification is a fixed body in which the pressed body 20 can be arranged at the first position and the second position. In the fixed body 1, the pressed body 20 is separated from the main body 10 in the direction along the floor surface S1 by screwing the screwing member 30 in a state where the second extending portion 23 is inserted into the insertion space P1. It is a fixed body that connects the main body 10 and the pressed body 20 so as to suppress this. Further, the fixed body 1 is a fixed body in which the main body 10 and the pressed body 20 can be separated by screwing the screwing member 30 away from the floor surface S1. The first extension portion 15 does not have to be omitted. In that case, it is preferable to omit only the notch 14c of the extension plate portion 14 and form the above-mentioned through hole 14e in the extension plate portion 14.

○ 螺着部材30の回動軸心Oと、押圧部33の軸線とが一致していなくてもよい。すなわち、押圧部33により被押圧体20を押圧する箇所が螺着部材30の回転に応じて移動してもよい。 ○ The rotation axis O of the screwing member 30 and the axis of the pressing portion 33 do not have to coincide with each other. That is, the portion where the pressed body 20 is pressed by the pressing portion 33 may move according to the rotation of the screwing member 30.

○ 第1延設部15と第2延設部23とにより円筒孔Hが形成されていたが、円筒孔Hに限らず、角孔であってもよい。角孔に変更した場合、押圧部33が挿入できる程度の大きさであるとよい。 -Although the cylindrical hole H was formed by the first extending portion 15 and the second extending portion 23, the cylindrical hole H is not limited to the cylindrical hole H and may be a square hole. When the hole is changed to a square hole, the size should be such that the pressing portion 33 can be inserted.

○ 第1実施形態において、螺着部材30の押圧部33を割愛してもよい。この場合、例えば、螺着部材30の底壁31を押圧部としてもよい。この場合、例えば、螺着部材30が床面S1に向けて螺進させたとき、被押圧体20の第2延設部23を螺着部材30の底壁31が押圧するように第2延設部23の長さを変更するとよい。 ○ In the first embodiment, the pressing portion 33 of the screwing member 30 may be omitted. In this case, for example, the bottom wall 31 of the screwing member 30 may be used as the pressing portion. In this case, for example, when the screwing member 30 is screwed toward the floor surface S1, the second extension portion 23 of the pressed body 20 is pressed by the bottom wall 31 of the screwing member 30. It is advisable to change the length of the setting portion 23.

○ 第1実施形態において、被押圧体20は、延設板部14の先端に隣り合うように設けられていたが、これに限らない。例えば、延設板部14の途中に組み込まれるように配置を変更してもよい。 ○ In the first embodiment, the pressed body 20 is provided so as to be adjacent to the tip of the extending plate portion 14, but is not limited to this. For example, the arrangement may be changed so as to be incorporated in the middle of the extending plate portion 14.

○ 延設板部14は、基台部13の先端における第1面13a寄りに配置されている。そのため、螺着部材30により延設板部14の先端寄りの部分が床面S1から離間する方向に付勢される前の状態で、床面S1から離間している。しかし、螺着部材30により延設板部14の先端寄りの部分が床面S1から離間する方向に付勢される前の状態で、床面S1に当接していてもよい。すなわち、延設板部14を基台部13と同じ厚さとしてよい。 ○ The extension plate portion 14 is arranged near the first surface 13a at the tip of the base portion 13. Therefore, the portion of the extending plate portion 14 near the tip end is separated from the floor surface S1 before being urged by the screwing member 30 in the direction away from the floor surface S1. However, the portion near the tip of the extending plate portion 14 may be in contact with the floor surface S1 before being urged by the screwing member 30 in a direction away from the floor surface S1. That is, the extended plate portion 14 may have the same thickness as the base portion 13.

○ 第1実施形態において、固定体1により設置体100を固定するとき、螺着部材30が予め第1延設部15の雄ねじ溝16bに螺着された状態であってもよい。
○ 螺着部材30の底壁31の構成を変更してもよい。底壁31は、挿入空間P1の全体を塞いでいなくてもよい。すなわち、底壁31に貫通孔が形成されていてもよい。
○ In the first embodiment, when the installation body 100 is fixed by the fixed body 1, the screwing member 30 may be in a state of being screwed into the male screw groove 16b of the first extension portion 15 in advance.
○ The configuration of the bottom wall 31 of the screwing member 30 may be changed. The bottom wall 31 does not have to cover the entire insertion space P1. That is, a through hole may be formed in the bottom wall 31.

○ 螺着部材30が螺進するとき、第1延設部15及び第2延設部23は、常に挿入空間P1に挿入された状態となっていたが、これに限らない。例えば、第2延設部23の膨出突部22の頂面22aからの長さを、第1延設部15の延設板部14の第1面14aからの長さよりも短くすることにより、螺着部材30が雄ねじ溝16bに螺着されている途中で、第2延設部23の先端が挿入空間P1から離脱できるように変更してもよい。すなわち、螺着部材30が雄ねじ溝16bに螺着されている途中で、被押圧体20が本体10から分離できるように変更してもよい。 ○ When the screwing member 30 is screwed, the first extension portion 15 and the second extension portion 23 are always inserted into the insertion space P1, but the present invention is not limited to this. For example, by making the length of the bulging protrusion 22 of the second extending portion 23 from the top surface 22a shorter than the length of the extending plate portion 14 of the first extending portion 15 from the first surface 14a. , The tip of the second extending portion 23 may be changed so that the tip of the second extending portion 23 can be separated from the insertion space P1 while the screwing member 30 is being screwed into the male thread groove 16b. That is, the pressed body 20 may be changed so that it can be separated from the main body 10 while the screwing member 30 is being screwed into the male thread groove 16b.

○ 第1実施形態において、螺着部材30の周壁32と第2延設部23の円弧部25とは係止していなくてもよい。具体的には、螺着部材30の周壁32と第2延設部23の円弧部25との間に余剰空間を形成してもよい。これにより、螺着部材30の回動軸心Oが傾斜しても、周壁32と第2延設部23とが干渉しないため、被押圧体20が螺着部材30に追従して傾斜しない状態となる。すなわち、螺着部材30の螺進により、被押圧体20が床面S1に向けて押圧されたとき、粘着マット41の対向部41aの全面に対して均等に床面S1に押圧する押圧力を付与することができる。 ○ In the first embodiment, the peripheral wall 32 of the screwing member 30 and the arc portion 25 of the second extending portion 23 may not be engaged with each other. Specifically, an extra space may be formed between the peripheral wall 32 of the screwing member 30 and the arc portion 25 of the second extending portion 23. As a result, even if the rotation axis O of the screwed member 30 is tilted, the peripheral wall 32 and the second extending portion 23 do not interfere with each other, so that the pressed body 20 does not tilt following the screwed member 30. Will be. That is, when the pressed body 20 is pressed toward the floor surface S1 by the screwing of the screwing member 30, the pressing force that evenly presses the floor surface S1 against the entire surface of the facing portion 41a of the adhesive mat 41 is applied. Can be granted.

○ 上記の変更例において、被係止部としての円弧部25を含む第2延設部23と、螺着部材30の挿入空間P1を割愛してもよい。具体的には、図18及び図19に示すように変更するとよい。 ○ In the above modification example, the second extending portion 23 including the arc portion 25 as the locked portion and the insertion space P1 of the screwing member 30 may be omitted. Specifically, it may be changed as shown in FIGS. 18 and 19.

図18に示すように、螺着部材30は、ボルトにより形成されていてもよい。螺着部材30は、頭部34と、頭部34から突出する軸状の軸部35と、を有している。軸部35の外周面には、雄ねじ溝35aが設けられている。 As shown in FIG. 18, the screwing member 30 may be formed of bolts. The screwing member 30 has a head portion 34 and a shaft-shaped shaft portion 35 projecting from the head portion 34. A male screw groove 35a is provided on the outer peripheral surface of the shaft portion 35.

図19に示すように、貫通孔14eの雌ねじ溝14fに軸部35の雄ねじ溝35aが螺着する。
粘着マット42を圧縮変形させるように本体10を交差面S2に向けて押圧した状態で、螺着部材30を床面S1に向けて螺進させると、螺着部材30の軸部35の先端が基板部21の第1面21aを床面S1に向けて押圧する。それに伴い、本体10と被押圧体20との嵌合溝14d及び嵌合部24による仮組付けが解除される。その後、螺着部材30の螺進を継続すると、螺着部材30の軸部35が基板部21の第1面21aに当接しつつ粘着マット41の対向部41aが床面S1に接合する。螺着部材30により本体10と被押圧体20の床面S1上での相対位置を定め、且つ粘着マット41が床面S1に接合されるため、第1基部11の床面S1上における位置ずれが抑制される。
As shown in FIG. 19, the male thread groove 35a of the shaft portion 35 is screwed into the female thread groove 14f of the through hole 14e.
When the screwing member 30 is screwed toward the floor surface S1 while the main body 10 is pressed toward the intersection surface S2 so as to compress and deform the adhesive mat 42, the tip of the shaft portion 35 of the screwing member 30 is screwed. The first surface 21a of the substrate portion 21 is pressed toward the floor surface S1. Along with this, the temporary assembly of the main body 10 and the pressed body 20 by the fitting groove 14d and the fitting portion 24 is released. After that, when the screwing of the screwing member 30 is continued, the shaft portion 35 of the screwing member 30 is in contact with the first surface 21a of the substrate portion 21, and the facing portion 41a of the adhesive mat 41 is joined to the floor surface S1. Since the screwing member 30 determines the relative positions of the main body 10 and the pressed body 20 on the floor surface S1 and the adhesive mat 41 is joined to the floor surface S1, the misalignment of the first base portion 11 on the floor surface S1. Is suppressed.

粘着マット41により第1基部11の床面S1上における位置ずれを抑制し、且つ粘着マット42により第2基部12を交差面S2に接合した後、螺着部材30を床面S1に向けて螺進させる。すると、軸部35が基板部21を螺着部材30の螺進方向に押圧することにより粘着マット41が圧縮変形する。 The adhesive mat 41 suppresses the displacement of the first base 11 on the floor surface S1, and the adhesive mat 42 joins the second base 12 to the intersection surface S2, and then the screwing member 30 is screwed toward the floor surface S1. Let it go. Then, the shaft portion 35 presses the substrate portion 21 in the screwing direction of the screwing member 30, so that the adhesive mat 41 is compressed and deformed.

粘着マット41が圧縮変形された後、螺着部材30を更に床面S1に向けて螺進させると、螺着部材30の床面S1に向けての螺進が規制されるが、延設板部14の雌ねじ溝14fが螺着部材30の雄ねじ溝35aにより床面S1から離間する方向に引き上げられる。すなわち、延設板部14の先端寄りの部分には、床面S1から離間する方向に引き上げられる付勢力が作用する。本変更例では、当該付勢力により、基台部13の第2面13bの設置体100寄りの縁部のみが床面S1に当接した状態で、第2面13bの設置体100寄りの縁部を除く部分が床面S1から離間している。すなわち、螺着部材30により延設板部14の先端寄りの部分を床面S1から離間させ、第1基部11が床面S1に対して傾斜姿勢となる。 After the adhesive mat 41 is compressed and deformed, when the screwing member 30 is further screwed toward the floor surface S1, the screwing of the screwing member 30 toward the floor surface S1 is restricted, but the extension plate is used. The female thread groove 14f of the portion 14 is pulled up in a direction away from the floor surface S1 by the male thread groove 35a of the screwing member 30. That is, an urging force that is pulled up in a direction away from the floor surface S1 acts on the portion of the extending plate portion 14 near the tip end. In this modification, the edge of the second surface 13b of the base portion 13 near the installation body 100 is in contact with the floor surface S1 due to the urging force. The portion excluding the portion is separated from the floor surface S1. That is, the portion near the tip of the extending plate portion 14 is separated from the floor surface S1 by the screwing member 30, and the first base portion 11 is in an inclined posture with respect to the floor surface S1.

本変更例のように構成された固定体1において、螺着部材30の軸部35は、押圧部である。螺着部材30の雄ねじ溝35aは、ねじ部である。そのため、螺着部材30において、押圧部としての軸部35とねじ部としての雄ねじ溝33cは、一体的に構成されている。また、延設板部14の貫通孔14eの雌ねじ溝14fは、螺合部である。本変更例のように構成された固定体1は、被押圧体20を第1位置と第2位置とに配置可能とした固定体である。 In the fixed body 1 configured as in this modification, the shaft portion 35 of the screwing member 30 is a pressing portion. The male thread groove 35a of the threaded member 30 is a threaded portion. Therefore, in the screwing member 30, the shaft portion 35 as the pressing portion and the male screw groove 33c as the screw portion are integrally configured. Further, the female thread groove 14f of the through hole 14e of the extension plate portion 14 is a screwed portion. The fixed body 1 configured as in this modification is a fixed body in which the pressed body 20 can be arranged at the first position and the second position.

○ 第1実施形態において、被押圧体20を割愛してもよい。このように変更する場合、図20及び図21のように変更するとよい。
図20に示すように、螺着部材30の押圧部33の長さを第1実施形態よりも長くする。粘着マット41は、基台部13の第2面13bと、床面S1との間に配置されるように変更する。すなわち、粘着マット41は、第1基部11の床面S1に対面する部分に設けられる。粘着マット41により第1基部11の床面S1上における位置ずれが抑制される。
○ In the first embodiment, the pressed body 20 may be omitted. When changing in this way, it is preferable to change as shown in FIGS. 20 and 21.
As shown in FIG. 20, the length of the pressing portion 33 of the screwing member 30 is made longer than that of the first embodiment. The adhesive mat 41 is changed so as to be arranged between the second surface 13b of the base portion 13 and the floor surface S1. That is, the adhesive mat 41 is provided on the portion of the first base portion 11 facing the floor surface S1. The adhesive mat 41 suppresses the displacement of the first base 11 on the floor surface S1.

図21に示すように、粘着マット41を床面S1に接合し、且つ粘着マット42を交差面S2に接合した後、螺着部材30を取り付ける。螺着部材30は、第1基部11に設けられた粘着マット41よりも延設板部14の先端寄りに配置される。 As shown in FIG. 21, the adhesive mat 41 is joined to the floor surface S1 and the adhesive mat 42 is joined to the crossing surface S2, and then the screwing member 30 is attached. The screwing member 30 is arranged closer to the tip of the extending plate portion 14 than the adhesive mat 41 provided on the first base portion 11.

螺着部材30は、押圧部33を第1延設部15の内側に挿入しつつ第1延設部15の雄ねじ溝16bを螺着部材30の雌ねじ溝32aに螺着した状態で床面S1に向けて螺進する。 The screwing member 30 has a floor surface S1 in a state where the male screw groove 16b of the first extension portion 15 is screwed into the female screw groove 32a of the screwing member 30 while the pressing portion 33 is inserted inside the first extension portion 15. Screw towards.

螺着部材30の螺進を継続すると、螺着部材30の押圧部33が床面S1に当接する。押圧部33が床面S1に当接した後、螺着部材30を更に床面S1に向けて螺進させると、押圧部33が床面S1を押圧しつつ螺着部材30の床面S1に向けての螺進が規制される。一方で、第1延設部15の雄ねじ溝16bが螺着部材30の雌ねじ溝32aにより床面S1から離間する方向に引き上げられる。すなわち、延設板部14の先端寄りの部分には、床面S1から離間する方向に引き上げられる付勢力が作用する。本実施形態では、当該付勢力により基台部13の第2面13bが床面S1に対して傾斜する。よって、第1基部11が床面S1に対して傾斜姿勢となる。 When the screwing of the screwing member 30 is continued, the pressing portion 33 of the screwing member 30 comes into contact with the floor surface S1. After the pressing portion 33 comes into contact with the floor surface S1, the screwing member 30 is further screwed toward the floor surface S1, and the pressing portion 33 presses the floor surface S1 to the floor surface S1 of the screwing member 30. The screwing toward is regulated. On the other hand, the male thread groove 16b of the first extending portion 15 is pulled up in the direction away from the floor surface S1 by the female thread groove 32a of the screwing member 30. That is, an urging force that is pulled up in a direction away from the floor surface S1 acts on the portion of the extending plate portion 14 near the tip end. In the present embodiment, the second surface 13b of the base portion 13 is tilted with respect to the floor surface S1 by the urging force. Therefore, the first base portion 11 is in an inclined posture with respect to the floor surface S1.

第1基部11が床面S1に対して傾斜姿勢となるため、第1実施形態と同様に第2基部12が交差面S2に向けて押し付けられる。なお、本変更例の押圧部33の長さは、基台部13の第2面13bが床面S1に対して傾斜するときに粘着マット41が床面S1から剥がれない程度の長さに設定されている。 Since the first base portion 11 is in an inclined posture with respect to the floor surface S1, the second base portion 12 is pressed toward the intersection surface S2 as in the first embodiment. The length of the pressing portion 33 of this modification is set to such a length that the adhesive mat 41 does not peel off from the floor surface S1 when the second surface 13b of the base portion 13 is inclined with respect to the floor surface S1. Has been done.

本変更例によれば、第1基部11が粘着マット41により床面S1に接合された状態において、螺着部材30が第1基部11の先端を床面S1から離間する方向に付勢し、第2基部12が交差面S2に向けて押し付けられる。よって、粘着マット42が交差面S2に対して強固に接合される。したがって、交差面S2に固定体1を安定的に固定できる。 According to this modification, in a state where the first base portion 11 is joined to the floor surface S1 by the adhesive mat 41, the screwing member 30 urges the tip of the first base portion 11 in a direction away from the floor surface S1. The second base 12 is pressed toward the intersection surface S2. Therefore, the adhesive mat 42 is firmly joined to the intersection surface S2. Therefore, the fixed body 1 can be stably fixed to the intersection surface S2.

○ 粘着マット41が基台部13の第2面13bと、床面S1との間に配置されるように変更する場合、粘着マット41と、粘着マット42とがL字形状をなすように一体的に形成されてもよい。このように変更する場合、L字形状の粘着マットにおいて、基台部13と床面S1との間に配置される部分を第1被固定面側接合部とし、第2基部12と交差面S2との間に配置される部分を第2被固定面側接合部とする。 ○ When the adhesive mat 41 is changed so as to be arranged between the second surface 13b of the base portion 13 and the floor surface S1, the adhesive mat 41 and the adhesive mat 42 are integrated so as to form an L shape. May be formed. When changing in this way, in the L-shaped adhesive mat, the portion arranged between the base portion 13 and the floor surface S1 is used as the first fixed surface side joint portion, and the second base portion 12 and the intersection surface S2 are used. The portion arranged between and the second fixed surface side joint portion is used.

○ 上記各実施形態及び上記各変更例において、付勢部材として螺着部材30が採用されていたが、例えば、図22に示すように変更してもよい。
図22に示すように、固定体1は、付勢部材としてブロック状のくさび部材50を採用してもよい。くさび部材50の床面S1からの高さは、床面S1から延設板部14の第2面14bまでの高さよりも高く設定されている。くさび部材50の下面50bを床面S1に沿わせた状態で、くさび部材50を延設板部14と床面S1との間に挿入したとき、くさび部材50の上面50aが延設板部14の第2面14bを床面S1から離間する方向に付勢する。そのため、第2基部12が交差面S2に向けて押し付けられ、粘着マット42が交差面S2に強固に接合される。なお、くさび部材50の上面50aは、傾斜面であってもよい。傾斜面をなす上面50aのうち所定範囲の床面S1からの高さが、延設板部14の第2面14bの床面S1からの高さよりも大きくなっていればよい。
○ In each of the above-described embodiments and the above-mentioned modified examples, the screwing member 30 is adopted as the urging member, but it may be changed as shown in FIG. 22, for example.
As shown in FIG. 22, the fixed body 1 may adopt a block-shaped wedge member 50 as the urging member. The height of the wedge member 50 from the floor surface S1 is set higher than the height from the floor surface S1 to the second surface 14b of the extension plate portion 14. When the wedge member 50 is inserted between the extension plate portion 14 and the floor surface S1 with the lower surface 50b of the wedge member 50 along the floor surface S1, the upper surface 50a of the wedge member 50 becomes the extension plate portion 14. The second surface 14b of the above is urged in a direction away from the floor surface S1. Therefore, the second base portion 12 is pressed toward the intersection surface S2, and the adhesive mat 42 is firmly joined to the intersection surface S2. The upper surface 50a of the wedge member 50 may be an inclined surface. The height of the upper surface 50a forming the inclined surface from the floor surface S1 in a predetermined range may be larger than the height of the second surface 14b of the extending plate portion 14 from the floor surface S1.

〇 第2基部12の第2面12bに設けられていた矩形溝12dを割愛し、粘着マット42を第2面12bに直接的に貼着するように変更してもよい。第2面12bは、粘着マット42が貼着される粘着マット貼着面となる。第2面12bは、粘着マット42よりも広い面積を有しているとよい。 〇 The rectangular groove 12d provided on the second surface 12b of the second base portion 12 may be omitted, and the adhesive mat 42 may be changed so as to be directly attached to the second surface 12b. The second surface 12b is an adhesive mat attachment surface to which the adhesive mat 42 is attached. The second surface 12b may have a larger area than the adhesive mat 42.

〇 第1実施形態において、枠部28の先端における粘着マット41とは反対側の縁部には、床面S1から離間するほど傾斜する傾斜面が設けられていてもよい。また、第2実施形態において、第2基部12の先端に隣り合う被押圧体20において、枠部28の先端には、交差面S2から離間するほど傾斜する傾斜面が設けられていてもよい。このように構成することにより、被押圧体20が傾斜したとき、被押圧体20の傾斜面が床面S1又は交差面S2に対して面接触することができる。よって、被押圧体20の位置ずれをより抑制できる。 〇 In the first embodiment, the edge portion of the tip of the frame portion 28 opposite to the adhesive mat 41 may be provided with an inclined surface that is inclined so as to be separated from the floor surface S1. Further, in the second embodiment, in the pressed body 20 adjacent to the tip of the second base portion 12, the tip of the frame portion 28 may be provided with an inclined surface that is inclined so as to be separated from the intersection surface S2. With this configuration, when the pressed body 20 is tilted, the inclined surface of the pressed body 20 can come into surface contact with the floor surface S1 or the intersection surface S2. Therefore, the displacement of the pressed body 20 can be further suppressed.

○ 第1実施形態において、基台部13の第2面12bの設置体100寄りの縁部のみが床面S1に当接した状態で螺着部材30の床面S1に向けての螺進に伴い、第1基部11が床面S1に対して傾斜姿勢となっていたが、これに限らない。例えば、螺着部材30の床面S1に向けての螺進に伴い、基台部13の第2面12bの設置体100寄りの縁部が床面S1から離れてもよい。また、粘着マット41が床面S1に接合し、且つ基台部13の第2面12bの全体が床面S1に当接していない状態から、螺着部材30の床面S1に向けての螺進により粘着マット41を圧縮しつつ、第1基部11を傾斜姿勢としてもよい。基台部13の第2面12bの全体が床面S1に当接していない状態から第1基部11が傾斜姿勢となる場合、基台部13の第2面12bの設置体100寄りの縁部が床面S1に当接するまで第1基部11を傾斜させてもよいし、当接しない程度に傾斜させてもよい。 ○ In the first embodiment, the screwing member 30 is screwed toward the floor surface S1 in a state where only the edge portion of the second surface 12b of the base portion 13 near the installation body 100 is in contact with the floor surface S1. Accordingly, the first base portion 11 was in an inclined posture with respect to the floor surface S1, but the present invention is not limited to this. For example, as the screwing member 30 is screwed toward the floor surface S1, the edge portion of the second surface 12b of the base portion 13 near the installation body 100 may be separated from the floor surface S1. Further, from the state where the adhesive mat 41 is joined to the floor surface S1 and the entire second surface 12b of the base portion 13 is not in contact with the floor surface S1, the screwing member 30 is screwed toward the floor surface S1. The first base portion 11 may be in an inclined posture while compressing the adhesive mat 41 by advancing. When the first base portion 11 is in an inclined posture from the state where the entire second surface 12b of the base portion 13 is not in contact with the floor surface S1, the edge portion of the second surface 12b of the base portion 13 near the installation body 100. The first base portion 11 may be tilted until it comes into contact with the floor surface S1, or may be tilted to such an extent that it does not come into contact with the floor surface S1.

○ 第1実施形態において、第2基部12が傾斜姿勢となったときに、第2基部12に貼着された粘着マット42の対向部42aの全面が均等に交差面S2に圧接されるように設定してもよい。例えば、粘着マット42の厚みを、第2基部12の先端に向かうにつれて薄くすることで、第2基部12が傾斜姿勢となったときに交差面S2に平行に対面させることができる。均一な厚さの粘着マット42を採用する場合には、第2基部12の粘着マット貼着面を、第2基部12の先端に向かうほど窪むように傾斜させるように構成すればよい。 ○ In the first embodiment, when the second base portion 12 is in an inclined posture, the entire surface of the facing portion 42a of the adhesive mat 42 attached to the second base portion 12 is evenly pressed against the intersection surface S2. It may be set. For example, by reducing the thickness of the adhesive mat 42 toward the tip of the second base portion 12, the second base portion 12 can be made to face parallel to the intersection surface S2 when the second base portion 12 is in an inclined posture. When the adhesive mat 42 having a uniform thickness is adopted, the adhesive mat attachment surface of the second base portion 12 may be configured to be inclined so as to be recessed toward the tip of the second base portion 12.

○ 枠部28は、コの字形状でなくてもよい。例えば、粘着マット41の4辺のうち2辺を挟み込むような突条部であってもよい。また、枠部28は、粘着マット41の四隅を囲むように点在させてもよい。 ○ The frame portion 28 does not have to be U-shaped. For example, it may be a ridge portion that sandwiches two of the four sides of the adhesive mat 41. Further, the frame portions 28 may be scattered so as to surround the four corners of the adhesive mat 41.

〇 被押圧体20の枠部28を割愛することにより収容溝27を割愛してもよい。
○ 粘着マット41,42は、両面テープ、マジックテープ(登録商標)や接着剤であってもよい。
〇 The accommodating groove 27 may be omitted by omitting the frame portion 28 of the pressed body 20.
○ The adhesive mats 41 and 42 may be double-sided tape, magic tape (registered trademark), or an adhesive.

〇 一対の嵌合溝14dと一対の嵌合部24とにより維持構造が構成されていたが、例えば、一対の嵌合溝14dを円筒溝に変更し、一対の嵌合部24を円柱状としてもよい。また、一対の嵌合溝14dと一対の嵌合部24とにより構成される維持構造を割愛してもよい。 〇 The maintenance structure was composed of a pair of fitting grooves 14d and a pair of fitting portions 24. For example, the pair of fitting grooves 14d was changed to a cylindrical groove, and the pair of fitting portions 24 were made cylindrical. May be good. Further, the maintenance structure composed of the pair of fitting grooves 14d and the pair of fitting portions 24 may be omitted.

○ 第1被固定面の一例として床面S1を採用し、第2被固定面の一例として交差面S2を採用したが、これに限らない。例えば、複数の設置体100が積層されている状態を想定する。複数の設置体100のうち1つの上面を第1被固定面とし、当該上面と交差配置される複数の設置体100のうちの1つの側面を第2被固定面としてもよい。第1被固定面及び第2被固定面は、固定体1による設置体100の固定箇所によって適宜変更してもよい。 ○ The floor surface S1 is adopted as an example of the first fixed surface, and the intersection surface S2 is adopted as an example of the second fixed surface, but the present invention is not limited to this. For example, it is assumed that a plurality of installation bodies 100 are stacked. The upper surface of one of the plurality of installation bodies 100 may be used as the first fixed surface, and the side surface of one of the plurality of installation bodies 100 arranged intersecting with the upper surface may be used as the second fixed surface. The first fixed surface and the second fixed surface may be appropriately changed depending on the fixing location of the installation body 100 by the fixed body 1.

○ 第1基部11と第2基部12とは一体的に連接されていたが、これに限らず、第1基部11と第2基部12とを別部材で構成し、第1基部11と第2基部12とを接続部材により連接させてもよい。 ○ The first base portion 11 and the second base portion 12 were integrally connected, but the present invention is not limited to this, and the first base portion 11 and the second base portion 12 are composed of separate members, and the first base portion 11 and the second base portion 12 and the second base portion 12 are configured. The base 12 may be connected to the base 12 by a connecting member.

上記実施形態及び変更例から把握できる技術的思想について記載する。
(1)前記螺着部材は、底壁と、前記底壁の外縁から延びる筒状の周壁と、を有し、
前記螺着部材には、前記底壁と前記周壁とにより前記第1基部に向けて開口する挿入空間が形成され、
前記ねじ部は、前記周壁の内面に形成され、
前記係止部は、前記周壁の内面により構成され、
前記螺合部は、前記第1被固定面から離間する方向に前記第1基部から延設され、
前記被係止部は、前記第1被固定面から離間する方向に前記被押圧体から延設され、
前記螺着部材は、前記ねじ部と前記螺合部とが螺合することで螺進退可能とされ、且つ前記係止部が前記被係止部と係止して前記第1被固定面上における前記本体と前記被押圧体との相対位置を定めていることを特徴とする固定体。
The technical idea that can be grasped from the above-described embodiment and modified example will be described.
(1) The screwing member has a bottom wall and a cylindrical peripheral wall extending from the outer edge of the bottom wall.
In the screwed member, an insertion space that opens toward the first base portion is formed by the bottom wall and the peripheral wall.
The threaded portion is formed on the inner surface of the peripheral wall and is formed.
The locking portion is composed of the inner surface of the peripheral wall.
The screwed portion extends from the first base portion in a direction away from the first fixed surface.
The locked portion extends from the pressed body in a direction away from the first fixed surface.
The screwed member can be screwed back and forth by screwing the screwed portion and the screwed portion, and the locked portion is locked with the locked portion on the first fixed surface. A fixed body characterized in that the relative position between the main body and the pressed body is determined.

(2)前記螺着部材の螺進に伴って前記第1被固定面に対して前記螺着部材の回動軸心は傾斜し、
前記挿入空間には、前記螺着部材の前記螺合部への螺着が完了する前の状態において、前記螺着部材の螺進を許容する許容空間が含まれていることを特徴とする固定体。
(2) The rotation axis of the screwed member is tilted with respect to the first fixed surface as the screwed member is screwed.
The insertion space includes a permissible space that allows the screwing member to be screwed in a state before the screwing of the screwing member to the screwing portion is completed. body.

1…固定体、10…本体、11…第1基部、12…第2基部、12a…第1面、12b…第2面、12d…矩形溝、12e…底面、13…基台部、13a…第1面、13b…第2面、14…延設板部、14a…第1面、14b…第2面、14c…切欠部、14d…嵌合溝、14e…貫通孔、14f…雌ねじ溝、15…第1延設部、16…円弧部、16a…先端面、16b…雄ねじ溝、17…段差部、17a…頂面、20…被押圧体、21…基板部、21a…第1面、22…膨出突部、22a…頂面、22b…切欠部、22c…端面、23…第2延設部、24…嵌合部、25…円弧部、26…張出部、27…収容溝、28…枠部、30…螺着部材、31…底壁、32…周壁、32a…雌ねじ溝、32b…長溝、33…押圧部、33a…第1柱部、33b…第2柱部、33c…雄ねじ溝、34…頭部、35…軸部、35a…雄ねじ溝、41,42…粘着マット、41a,42a…対向部、50…くさび部材、100…設置体、L…仮想交差線、S1…床面、S2…交差面、P1…挿入空間、P2…許容空間、H…円筒孔。 1 ... Fixed body, 10 ... Main body, 11 ... 1st base, 12 ... 2nd base, 12a ... 1st surface, 12b ... 2nd surface, 12d ... Rectangular groove, 12e ... Bottom surface, 13 ... Base part, 13a ... 1st surface, 13b ... 2nd surface, 14 ... extension plate portion, 14a ... 1st surface, 14b ... 2nd surface, 14c ... notch portion, 14d ... fitting groove, 14e ... through hole, 14f ... female thread groove, 15 ... 1st extension part, 16 ... arc part, 16a ... tip surface, 16b ... male thread groove, 17 ... step part, 17a ... top surface, 20 ... pressed body, 21 ... substrate part, 21a ... first surface, 22 ... bulging protrusion, 22a ... top surface, 22b ... notch, 22c ... end face, 23 ... second extension, 24 ... fitting, 25 ... arc, 26 ... overhang, 27 ... accommodating groove , 28 ... frame part, 30 ... screwing member, 31 ... bottom wall, 32 ... peripheral wall, 32a ... female thread groove, 32b ... long groove, 33 ... pressing part, 33a ... first pillar part, 33b ... second pillar part, 33c ... Male thread groove, 34 ... Head, 35 ... Shaft part, 35a ... Male thread groove, 41, 42 ... Adhesive mat, 41a, 42a ... Opposing part, 50 ... Wedge member, 100 ... Installation body, L ... Virtual intersection line, S1 ... Floor surface, S2 ... Intersection surface, P1 ... Insertion space, P2 ... Allowable space, H ... Cylindrical hole.

Claims (11)

交差配置された第1被固定面及び第2被固定面にそれぞれ沿わされる第1基部及び第2基部を有するとともに前記第1基部と前記第2基部とが連接されてL字形状をなす本体と、
前記第1被固定面に当接させることで接合する第1被固定面側接合部を有する第1固定部と、
前記第2被固定面に当接させることで接合する第2被固定面側接合部を有する第2固定部と、を備え、
前記第1固定部により前記第1基部が前記第1被固定面に固定され、
前記第2固定部により前記第2基部が前記第2被固定面に固定され、
前記第1基部の先端側を前記第1被固定面から離間する方向に付勢する付勢部材を更に備え、
前記付勢部材により前記第1基部の先端側が付勢されることで前記第2基部が前記第2被固定面に向けて付勢され、前記第2被固定面側接合部が前記第2被固定面に向けて押圧されることを特徴とする固定体。
A main body having a first base portion and a second base portion along the first fixed surface and the second fixed surface, respectively, which are cross-arranged, and the first base portion and the second base portion are connected to form an L-shape. When,
A first fixed portion having a first fixed surface side joint portion to be joined by being brought into contact with the first fixed surface.
A second fixing portion having a second fixed surface side joint portion to be joined by being brought into contact with the second fixed surface is provided.
The first base portion is fixed to the first fixed surface by the first fixing portion.
The second base portion is fixed to the second fixed surface by the second fixing portion.
Further provided with an urging member for urging the tip end side of the first base portion in a direction away from the first fixed surface.
By urging the tip end side of the first base portion by the urging member, the second base portion is urged toward the second fixed surface, and the second fixed surface side joint portion is the second subject. A fixed body characterized in that it is pressed toward a fixed surface.
前記本体とは別体である被押圧体を更に備え、
前記被押圧体の前記第1被固定面と対面する部分に前記第1被固定面側接合部が配置され、
前記付勢部材は、前記被押圧体を前記第1被固定面に向けて押圧する押圧部を有することを特徴とする請求項1に記載の固定体。
Further provided with a pressed body that is separate from the main body,
The first fixed surface side joint portion is arranged on the portion of the pressed body facing the first fixed surface.
The fixed body according to claim 1, wherein the urging member has a pressing portion that presses the pressed body toward the first fixed surface.
前記付勢部材は、前記被押圧体を付勢した状態で、前記被押圧体に設けられた被係止部と係止して前記第1被固定面上における前記本体と前記被押圧体との相対位置を定める係止部を備えることを特徴とする請求項2に記載の固定体。 The urging member engages with the locked portion provided on the pressed body in a state where the pressed body is urged, and the main body and the pressed body on the first fixed surface. The fixed body according to claim 2, further comprising a locking portion that determines the relative position of the above. 前記付勢部材は、前記第1基部に設けられた螺合部に螺着されるねじ部を有する螺着部材からなり、
前記螺着部材は、前記第1被固定面に向かう方向に螺進することで前記第1基部の先端側を付勢する請求項1~請求項3のいずれか一項に記載の固定体。
The urging member is composed of a screwing member having a screw portion screwed to the screwing portion provided on the first base portion.
The fixed body according to any one of claims 1 to 3, wherein the screwed member is screwed in a direction toward the first fixed surface to urge the tip end side of the first base portion.
前記第1被固定面に前記第1被固定面側接合部を接合させ、且つ前記第2被固定面に前記第2被固定面側接合部を接合させた状態において、
前記付勢部材により、前記第1基部が前記第1被固定面に対して傾斜状態となり、
前記第2基部が前記第2被固定面側接合部の前記第2被固定面に接合された箇所の一部又は全部を前記第2被固定面に向けて押圧することを特徴とする請求項1~請求項4のいずれか一項に記載の固定体。
In a state where the first fixed surface side joint portion is joined to the first fixed surface and the second fixed surface side joint portion is joined to the second fixed surface.
The urging member causes the first base to be tilted with respect to the first fixed surface.
The claim is characterized in that the second base portion presses a part or all of the portion of the second fixed surface side joint portion joined to the second fixed surface toward the second fixed surface. The fixed body according to any one of 1 to 4.
前記第1被固定面に前記第1被固定面側接合部を接合させ、且つ前記第2被固定面に前記第2被固定面側接合部を接合させた状態において、
前記付勢部材により、前記本体が前記第1被固定面及び前記第2被固定面に対して傾斜姿勢となり、
前記第2基部が前記第2被固定面側接合部の前記第2被固定面に接合された箇所の一部又は全部を前記第2被固定面に向けて押圧することを特徴とする請求項1~請求項5のいずれか一項に記載の固定体。
In a state where the first fixed surface side joint portion is joined to the first fixed surface and the second fixed surface side joint portion is joined to the second fixed surface.
The urging member causes the main body to be in an inclined posture with respect to the first fixed surface and the second fixed surface.
The claim is characterized in that the second base portion presses a part or all of the portion of the second fixed surface side joint portion joined to the second fixed surface toward the second fixed surface. The fixed body according to any one of claims 1 to 5.
前記第1被固定面と前記第2被固定面とが交差する仮想交差線に対して前記付勢部材により前記第1基部が力を受ける位置よりも、前記第2被固定面に接合される前記第2被固定面側接合部の接合位置の方が近接していることを特徴とする請求項1~請求項6のいずれか一項に記載の固定体。 It is joined to the second fixed surface rather than the position where the first base portion receives a force by the urging member with respect to the virtual intersection line where the first fixed surface and the second fixed surface intersect. The fixed body according to any one of claims 1 to 6, wherein the joint positions of the second fixed surface side joint portions are closer to each other. 請求項1~請求項7のいずれか一項に記載の固定体が採用され、
前記第1被固定面としての被設置面に前記第1被固定面側接合部が接合され、且つ前記被設置面に設置された設置体が有する前記被設置面と交差配置された前記第2被固定面に前記第2被固定面側接合部が接合され、
前記付勢部材が、前記第1基部の先端側を前記被設置面から離間する方向に付勢している固定構造。
The fixed body according to any one of claims 1 to 7 is adopted, and the fixed body is adopted.
The second portion to which the first fixed surface side joint portion is joined to the installed surface as the first fixed surface and which is cross-arranged with the installed surface of the installation body installed on the installed surface. The second fixed surface side joint is joined to the fixed surface,
A fixed structure in which the urging member urges the tip end side of the first base portion in a direction away from the installation surface.
請求項1~請求項7のいずれか一項に記載の固定体の設置方法であって、
前記第1被固定面及び前記第2被固定面にそれぞれ沿わされるように前記第1基部及び前記第2基部を配置し、前記第1被固定面側接合部を前記第1被固定面上に接合し、且つ前記第2被固定面側接合部を前記第2被固定面に接合した後、前記付勢部材により前記第1基部の先端側を前記第1被固定面から離間する方向に付勢することを特徴とする固定体の設置方法。
The method for installing a fixed body according to any one of claims 1 to 7.
The first base portion and the second base portion are arranged so as to be along the first fixed surface and the second fixed surface, respectively, and the first fixed surface side joint portion is placed on the first fixed surface. And then the second fixed surface side joint portion is joined to the second fixed surface, and then the tip end side of the first base portion is separated from the first fixed surface by the urging member. A method of installing a fixed body, which is characterized by urging.
前記付勢部材により前記第1基部の先端側を前記第1被固定面から離間させるように前記第1基部を傾斜姿勢となるまで付勢することを特徴とする請求項9に記載の固定体の設置方法。 The fixed body according to claim 9, wherein the first base portion is urged by the urging member until the first base portion is in an inclined posture so as to separate the tip end side of the first base portion from the first fixed surface. Installation method. 交差配置された第1被固定面及び第2被固定面にそれぞれ沿わされる第1基部及び第2基部を有するとともに前記第1基部と前記第2基部とが連接されてL字形状をなす本体を備え、前記第1被固定面に当接させることで接合する第1被固定面側接合部を有する第1固定部により前記第1基部が前記第1被固定面に固定され、前記第2被固定面に当接させることで接合する第2被固定面側接合部を有する第2固定部により前記第2基部が前記第2被固定面側接合部に固定される固定体であって、
前記第1基部の先端側を前記第1被固定面側から離間する方向に付勢する付勢部材を更に備え、
前記付勢部材により前記第1基部の先端側が付勢されることで前記第2基部が前記第2被固定面に向けて付勢され、前記第2被固定面側接合部が前記第2被固定面に向けて押圧されることを特徴とする固定体。
A main body having a first base portion and a second base portion along the first fixed surface and the second fixed surface, respectively, which are cross-arranged, and the first base portion and the second base portion are connected to form an L-shape. The first base portion is fixed to the first fixed surface by the first fixing portion having the first fixed surface side joint portion to be joined by abutting on the first fixed surface. A fixed body in which the second base portion is fixed to the second fixed surface side joint portion by a second fixing portion having a second fixed surface side joint portion to be joined by abutting on the fixed surface.
Further, an urging member for urging the tip end side of the first base portion in a direction away from the first fixed surface side is provided.
By urging the tip end side of the first base portion by the urging member, the second base portion is urged toward the second fixed surface, and the second fixed surface side joint portion is the second subject. A fixed body characterized in that it is pressed toward a fixed surface.
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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2010000308A (en) * 2008-06-23 2010-01-07 Fuji Latex Kk Earthquake-proof support device and mounting method
JP2010022436A (en) * 2008-07-15 2010-02-04 Fuji Latex Kk Aseismic support and method for mounting
JP2014039609A (en) * 2012-08-21 2014-03-06 Pro-7 Co Ltd Fixture
JP5734731B2 (en) * 2011-05-09 2015-06-17 小林 英治 Fixture
CN209687860U (en) * 2019-03-18 2019-11-26 西南林业大学 A kind of CLT board connection structure

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2010000308A (en) * 2008-06-23 2010-01-07 Fuji Latex Kk Earthquake-proof support device and mounting method
JP2010022436A (en) * 2008-07-15 2010-02-04 Fuji Latex Kk Aseismic support and method for mounting
JP5734731B2 (en) * 2011-05-09 2015-06-17 小林 英治 Fixture
JP2014039609A (en) * 2012-08-21 2014-03-06 Pro-7 Co Ltd Fixture
CN209687860U (en) * 2019-03-18 2019-11-26 西南林业大学 A kind of CLT board connection structure

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