JP2016220718A - Suspension alignment tool - Google Patents

Suspension alignment tool Download PDF

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Publication number
JP2016220718A
JP2016220718A JP2015106979A JP2015106979A JP2016220718A JP 2016220718 A JP2016220718 A JP 2016220718A JP 2015106979 A JP2015106979 A JP 2015106979A JP 2015106979 A JP2015106979 A JP 2015106979A JP 2016220718 A JP2016220718 A JP 2016220718A
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Japan
Prior art keywords
mounting
fit
holding body
tip
opening
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次朗 世良田
Jiro Serada
次朗 世良田
井元 章
Akira Imoto
章 井元
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SERATA KK
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SERATA KK
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Priority to JP2015106979A priority Critical patent/JP2016220718A/en
Priority to KR1020160021740A priority patent/KR20160140346A/en
Publication of JP2016220718A publication Critical patent/JP2016220718A/en
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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Supports Or Holders For Household Use (AREA)
  • Mechanical Engineering (AREA)
  • Display Racks (AREA)
  • Hooks, Suction Cups, And Attachment By Adhesive Means (AREA)

Abstract

PROBLEM TO BE SOLVED: To provide a suspension alignment tool which does not generate a gap causing wobble to square bar and achieves an installation state with high stability.SOLUTION: An attachment member Fit to be attached to an attachment opening hole HO of a holding body 2A for holding a square bar 1 comprises: a protrusion tip end part 32 for entering the attachment opening hole HO; and an engagement part 33 for regulating the attachment position in cooperation with the holding body 2A. In a use state, the protrusion tip end part 32 regulates movement of the square bar 1, and when separation is needed, the protrusion tip end part 32 is retreated by manual operation, for releasing regulation to the square bar 1.SELECTED DRAWING: Figure 1

Description

本発明は、店舗や自宅などにおいて商品や洋服などを吊下げて整列させる吊下げ整列器具に関する。   The present invention relates to a hanging and aligning device that suspends and aligns products and clothes in stores and homes.

吊下げ整列器具としては、店舗において商品を陳列する陳列什器が知られている。この種の陳列什器は、一般に、水平方向に延びる角パイプ状の第一部材(角バー)と、第一部材に直交して延びる丸棒状の第二部材(フック)とで構成され、必要な商品をフックに吊下げて陳列するようになっている(特許文献1参照)。   A display fixture that displays products in a store is known as a hanging alignment device. This type of display fixture is generally composed of a square pipe-shaped first member (square bar) extending in the horizontal direction and a round bar-shaped second member (hook) extending perpendicularly to the first member. A commodity is hung on a hook for display (see Patent Document 1).

しかし、特許文献1のように、フックの基端部が、角バーに着脱自在に保持される構造では、係員や顧客が、無造作に商品を持ち上げたとき、フックの基端部が角バーから離脱することがあり、残りの全商品が床に落ちてしまうおそれがあった。そこで、かかる事態を回避するため、フックの基端部を、角バーに軽くネジ止めして固定する発明が知られている(例えば、特許文献2の図4参照)。   However, in the structure in which the base end portion of the hook is detachably held by the square bar as in Patent Document 1, when the staff or the customer lifts the product at random, the base end portion of the hook is separated from the square bar. There was a risk that the product would drop out and all the remaining products would fall to the floor. In order to avoid such a situation, an invention is known in which the base end portion of the hook is lightly screwed and fixed to the square bar (see, for example, FIG. 4 of Patent Document 2).

しかし、このような構成を採った場合でも、仮に、係員がネジを締め忘れると、特許文献1の場合と同様の落下の問題があり、また、確実にネジ止めしても、経時的にはネジが緩むので、この状態で地震などの衝撃を受けると、やはり商品落下の問題が生じる。また、商品移動などのために、角バーからフックを取り外したい場合には、ネジを緩め、その後、ネジを締める必要があり、非常に煩雑であった。   However, even if such a configuration is adopted, if the clerk forgets to tighten the screw, there is a problem of dropping similar to the case of Patent Document 1, and even if it is securely screwed, over time Since the screws are loosened, if an impact such as an earthquake is received in this state, the problem of dropping the product still occurs. Further, when it is desired to remove the hook from the square bar for goods movement, etc., it is necessary to loosen the screw and then tighten the screw, which is very complicated.

そこで、このような点を考慮した発明も提案されている(特許文献3)。特許文献3に記載の発明は、フックの基端部(ベース)が、角バーに当接される上面部材及び後方部材と、角バーとの間に隙間を形成するよう屈曲された前方部材と、前方部材の下部から直交して屈曲された底面部材と、で構成されている。そして、角バーと前方部材との間、及び、角バーと底面部材との間には、角バーからフックを取り外すための隙間が形成され、前方部材が形成する隙間には、回り止めの摘み部材が配置されている。   In view of this, an invention considering such points has also been proposed (Patent Document 3). In the invention described in Patent Document 3, the base end portion (base) of the hook includes a top member and a rear member that are in contact with the square bar, and a front member that is bent so as to form a gap between the square bar. And a bottom member bent perpendicularly from the lower part of the front member. A gap for removing the hook from the square bar is formed between the square bar and the front member, and between the square bar and the bottom member, and a non-rotating knob is formed in the gap formed by the front member. The member is arranged.

意匠登録1421685号公報Design Registration No. 1421685 特開2004−225854号公報JP 2004-225854 A 特開2006−246959号公報JP 2006-246959 A

しかし、この特許文献3に記載の発明は、底面部材と角バーとの間に、かなり大きな上下方向の隙間(clearance)を確保する必要があるので、設置状態において上下方向の安定感に欠けるという問題があった。また、この発明は、フックを回転させて角バーから取り外す設計であるので、回転方向にも十分な遊び(backlash)が必要となり、その意味でも設置状態における安定度に欠ける。   However, in the invention described in Patent Document 3, it is necessary to ensure a considerably large vertical clearance between the bottom surface member and the corner bar, so that the vertical stability in the installed state is lacking. There was a problem. In addition, since the present invention is designed to rotate the hook and remove it from the square bar, sufficient backlash is required also in the direction of rotation, and in that sense, the stability in the installed state is lacking.

また、フックの基端部の形状が複雑であり、角バーとの隙間を必要とする分だけ、サイズも大きく、またコスト増とならざるを得ないという問題もある。   In addition, the shape of the base end portion of the hook is complicated, and there is a problem that the size is increased and the cost is inevitably increased to the extent that a gap with the corner bar is required.

本発明は、上記の問題点に鑑みてなされたものであって、角バーに対してグラ付きを生じる隙間が形成されず、安定度の高い設置状態を実現できる小型構造の吊下げ整列器具を提供することを目的とする。   The present invention has been made in view of the above-mentioned problems, and a hanging and aligning device having a small structure that can realize a highly stable installation state without forming a gap that causes grazing with respect to a square bar. The purpose is to provide.

上記の目的を達成するため、本発明は、水平方向に配置される第一部材(1)と、必要物を吊下げできるよう第一部材(1)から突出する第二部材(2)と、を有し、定常的には二つの部材を一体化して使用される一方、必要に応じて、手動操作に基づいて、二つの部材を分離させるよう構成された吊下げ整列器具(HG)であって、第二部材(2)は、第一部材(1)の上部を挟持する保持本体(2A)と、保持本体(2A)から棒状に突出する突出体(2B)と、保持本体(2A)に形成された装着開口(HO,GV)に装着されることで、第一部材(1)の移動を規制する装着部材(Fit)と、を有し、装着部材(Fit)は、装着開口(HO,GV)を通して保持本体(2A)の内部に進入する先端部(32)と、保持本体(2A)と協働して装着位置を規定する係合部(30a,33)と、装着開口(HO,GV)から露出する操作部(31)と、を有して構成され、使用状態では、先端部(30)が第一部材(1)の底面の移動を規制して第一部材(1)を保持する一方、分離必要時には、手動操作によって先端部(30)を後退させるか、変形させることで、第一部材(1)の底面の規制が解除されるよう構成されている。   In order to achieve the above object, the present invention includes a first member (1) arranged in a horizontal direction, a second member (2) protruding from the first member (1) so as to be able to suspend a necessary object, A hanging alignment device (HG) configured to separate the two members based on manual operation, if necessary, while the two members are used in an integrated manner. The second member (2) includes a holding body (2A) that holds the upper part of the first member (1), a projecting body (2B) that protrudes in a rod shape from the holding body (2A), and a holding body (2A). The mounting member (Fit) that restricts the movement of the first member (1) by being mounted on the mounting opening (HO, GV) formed in the mounting member (Fit) A distal end portion (32) that enters the inside of the holding body (2A) through HO, GV), And an operating portion (31) exposed from the mounting opening (HO, GV). (30) restricts the movement of the bottom surface of the first member (1) and holds the first member (1), while when necessary to separate, the tip (30) is retracted or deformed by manual operation. The restriction on the bottom surface of the first member (1) is released.

本発明の保持本体(2A)は、好ましくは、第一部材(1)の上面部に位置する上部(20)と、上面部(20)の後方から第一部材(1)の外表面に沿って下方に延設される後方部(21)と、上面部(20)の前方から第一部材(1)の外表面に沿って下方に延設される前方部(22)と、に区分され、前方部(22)は、後方部(21)より長く延設され、装着開口(HO,GV)は、前方部(22)の下方位置に形成されている。ここで、保持本体(2A)は、金属板を断面コ字状に屈曲して形成され、後方部(21)と前方部(22)とは、互いに略平行に延設されているのが好ましい。   The holding body (2A) of the present invention preferably has an upper part (20) positioned on the upper surface part of the first member (1) and a rear surface of the upper surface part (20) along the outer surface of the first member (1). A rear part (21) extending downward and a front part (22) extending downward from the front of the upper surface part (20) along the outer surface of the first member (1). The front part (22) extends longer than the rear part (21), and the mounting openings (HO, GV) are formed below the front part (22). Here, it is preferable that the holding body (2A) is formed by bending a metal plate into a U-shaped cross section, and the rear part (21) and the front part (22) extend substantially parallel to each other. .

また、本発明の装着開口は、開口穴状又は開口溝状に形成され、開口穴状の装着開口(HO)には、装着部材(Fit)の先端部(30)が、略水平方向又は傾斜した水平方向に挿入され、開口溝状に形成された装着開口(GV)には、装着部材(Fit)の先端部(30)が、上下方向に挿入されるのが好ましい。   Further, the mounting opening of the present invention is formed in an opening hole shape or an opening groove shape, and the tip end portion (30) of the mounting member (Fit) is substantially horizontal or inclined in the opening hole-shaped mounting opening (HO). It is preferable that the tip (30) of the mounting member (Fit) is inserted vertically in the mounting opening (GV) that is inserted in the horizontal direction and formed in the shape of an opening groove.

本発明の装着部材(Fit)は、操作部(31)から略水平に突出する先端部(32)と、先端部(32)の下方に連設される環状部(33)と、に区分され、第一部材(1)の外周を把持するよう屈曲形成された環状部(33)の開放先端が、装着開口(HO)の下方内面に係合可能に形成されているのも好適である。ここで、装着部材(Fit)は、薄板材を適宜に折り曲げて形成され、平面視でコ字状となる連設部(40)と、コ字状の開放先端を折り返した折返し先端部(41)と、コ字状の基端に連続する操作部(42)とを有し、連設部(40)に設けた突出片(PR)と、折返し先端部(41)が、保持本体(2A)に弾発接触することで、装着部材の装着位置を規制する係合部を構成しているのが好ましい。なお、このような構造は、具体的には、図3に例示されている。   The mounting member (Fit) of the present invention is divided into a tip portion (32) protruding substantially horizontally from the operation portion (31) and an annular portion (33) provided below the tip portion (32). It is also preferable that the open front end of the annular portion (33) bent to grip the outer periphery of the first member (1) is formed to be engageable with the lower inner surface of the mounting opening (HO). Here, the mounting member (Fit) is formed by appropriately bending a thin plate material, and is provided with a continuous portion (40) that is U-shaped in a plan view, and a folded tip portion (41) that is folded back at the U-shaped open tip. ) And an operation portion (42) continuous to the U-shaped base end, and the protruding piece (PR) provided on the connecting portion (40) and the folded tip end portion (41) are provided in the holding body (2A). It is preferable that the engaging portion that regulates the mounting position of the mounting member is configured by the elastic contact. Such a structure is specifically illustrated in FIG.

また、本発明の装着部材(Fit)は、開口溝状の装着開口(GV)に対応して構成されており、保持本体の板厚に対応する一対のスライド溝を設けた本体部材と、本体部材の一部を中心に回動可能に構成された可動部材とが、一体化されて構成され、可動部材の一部(53)が先端部を構成する一方、スライド溝に形成された突出片(PR)が、装着開口(GV)の一部に係止されることで、装着位置を規制する係合部を構成しているのも好適である。なお、このような構造は、具体的には、図4や図5に例示されている。   Further, the mounting member (Fit) of the present invention is configured to correspond to the opening groove-shaped mounting opening (GV), and a main body member provided with a pair of slide grooves corresponding to the plate thickness of the holding main body, and the main body A movable member that is configured to be rotatable about a part of the member is integrated, and a part (53) of the movable member forms a tip portion, while a protruding piece formed in a slide groove It is also preferable that (PR) is engaged with a part of the mounting opening (GV) to constitute an engaging portion that regulates the mounting position. Such a structure is specifically illustrated in FIGS. 4 and 5.

上記した本発明の吊下げ整列器具によれば、角バーに対して不要な隙間が形成されず、安定度の高い設置状態を実現できる。   According to the above-described hanging and aligning apparatus of the present invention, an unnecessary gap is not formed in the corner bar, and a highly stable installation state can be realized.

第1実施例に係る吊下げ整列器具を説明する図面である。It is drawing explaining the hanging alignment instrument which concerns on 1st Example. 第1実施例の装着部材を説明する図面である。It is drawing explaining the mounting member of 1st Example. 第2実施例の装着部材を説明する図面である。It is drawing explaining the mounting member of 2nd Example. 第3実施例の装着部材を説明する図面である。It is drawing explaining the mounting member of 3rd Example. 第4実施例の装着部材を説明する図面である。It is drawing explaining the mounting member of 4th Example. 第2部材の変形例を示す説明する図面である。It is drawing explaining the modification of a 2nd member.

<第1実施例>
以下、実施例について更に詳細に説明する。図1(a)は、第1実施例の吊下げ整列器具HGを説明する図面である。図示の通り、この吊下げ整列器具HGは、水平方向に延びて、その両端が適宜に保持される角パイプ状の第一部材1(角バー)と、第一部材1に直交して延びる第二部材2(フック)とに大別される。これらの部材1,2は、使用状態では一体化されているが、第一部材1と第二部材2を分離したい場合には、装着部材Fitを、解除方向に手動操作するだけで足りる(図1(c)参照)。
<First embodiment>
Hereinafter, examples will be described in more detail. Fig.1 (a) is drawing explaining the hanging alignment instrument HG of 1st Example. As shown in the figure, this hanging alignment tool HG extends in the horizontal direction and has a square pipe-shaped first member 1 (square bar) that is appropriately held at both ends thereof, and a first member 1 that extends orthogonally to the first member 1. It is roughly divided into two members 2 (hooks). Although these members 1 and 2 are integrated in the state of use, when it is desired to separate the first member 1 and the second member 2, it is sufficient to manually operate the mounting member Fit in the release direction (see FIG. 1 (c)).

図1(b)に示す通り、第二部材2は、第一部材1を上側から挟持する金属製の保持本体2Aと、第一部材1に直交して延びる金属製の突出棒2Bと、保持本体2Aの装着開口穴HOに装着されるプラスチップ製の装着部材Fitと、に区分される。装着部材Fitは、第一部材1の移動を規制することで、第一部材1が第二部材2と分離状態となることを阻止している。そして、店舗で使用する吊下げ整列器具HGでは、装着部材Fitによって一体化された状態で、突出棒2Bに、陳列用の多数の商品が吊下げられる。   As shown in FIG. 1B, the second member 2 includes a metal holding body 2 </ b> A that holds the first member 1 from above, a metal protruding bar 2 </ b> B that extends perpendicular to the first member 1, and a holding member. It is divided into a mounting member Fit made of a plus chip mounted in the mounting opening hole HO of the main body 2A. The mounting member Fit prevents the first member 1 from being separated from the second member 2 by restricting the movement of the first member 1. Then, in the hanging and aligning device HG used in the store, a number of products for display are hung on the protruding rod 2B in a state of being integrated by the mounting member Fit.

図示の突出棒2Bは、棒材の一方側を、略L字状に屈曲して保持本体2Aに溶着する一方、棒材の他方側を屈曲形成している。なお、実施例の場合には、突出棒2Bの先端が、上方に屈曲形成されることで、陳列商品の抜け落ちを防止している。   In the illustrated protruding rod 2B, one side of the bar is bent into a substantially L shape and welded to the holding body 2A, while the other side of the bar is bent. In addition, in the case of an Example, the front-end | tip of the protrusion bar 2B is bent upwards, and the omission of the display goods is prevented.

保持本体2Aは、例えば、板厚3mm、板幅30mm、長さ100mm程度の板材を略コ字状に屈曲して形成され、第一部材1の前後の垂直面を、ほぼ隙間なく挟持している。そのため、吊下げ商品の荷重によって、図1における時計方向の回転トルクが増加した場合や、逆に、係員や顧客が商品を持ち上げる際に、誤って反時計方向の回転トルクが加わった場合でも、第二部材2が、第一部材1に対してガタツクおそれがない。   The holding body 2A is formed, for example, by bending a plate material having a plate thickness of 3 mm, a plate width of 30 mm, and a length of about 100 mm into a substantially U shape, and sandwiching the front and rear vertical surfaces of the first member 1 with almost no gap. Yes. Therefore, even if the clockwise torque in FIG. 1 increases due to the load of the suspended product, or conversely, when an attendant or customer lifts the product, the counterclockwise rotational torque is added by mistake, The second member 2 has no fear of rattling with respect to the first member 1.

保持本体2Aは、より詳細には、第一部材1の頂上面に接する上面部20と、上面部20の後方から第一部材1の外表面に沿って垂直下方に延設される後方部21と、上面部20の前方から第一部材1の外表面に沿って垂直下方に延設される前方部22と、に区分される。そして、前方部22の下方位置には、板厚3mm×高さ6mm程度の保持本体2Aの受止部22aを残して、装着開口穴HOが角穴状に形成されている。   More specifically, the holding body 2A includes an upper surface portion 20 that contacts the top surface of the first member 1 and a rear portion 21 that extends vertically downward from the rear surface of the upper surface portion 20 along the outer surface of the first member 1. And a front portion 22 that extends vertically downward along the outer surface of the first member 1 from the front of the upper surface portion 20. A mounting opening hole HO is formed in a square hole at a position below the front portion 22, leaving the receiving portion 22 a of the holding body 2 </ b> A having a plate thickness of 3 mm × height of 6 mm.

図1(c)に示す通り、装着開口穴HOは、装着部材Fitを水平方向に受け入れる部分であり、本実施例では、例えば、幅8×高さ9mm程度に開口されている。そして、装着開口穴HOの下方は、高さ6mm程度の板材を残存させて、上記した受止部22aを形成している。   As shown in FIG. 1C, the mounting opening hole HO is a part that receives the mounting member Fit in the horizontal direction, and in this embodiment, the mounting opening hole HO is opened to a width of about 8 × 9 mm, for example. Then, below the mounting opening hole HO, a plate material having a height of about 6 mm is left to form the above-described receiving portion 22a.

なお、本実施例の保持本体2Aにおいて、上面部20は、例えば20×30mm程度、前方部22は、例えば30×50mm程度、後方部21は、例えば30×30mm程度である。但し、保持本体2Aの形状や、板厚を含んだ各寸法は、第一部材1の形状や、第一部材1の寸法に対応して適宜に変更されるのは勿論である。   In the holding body 2A of the present embodiment, the upper surface portion 20 is, for example, about 20 × 30 mm, the front portion 22 is, for example, about 30 × 50 mm, and the rear portion 21 is, for example, about 30 × 30 mm. However, it goes without saying that the shape of the holding body 2 </ b> A and the dimensions including the plate thickness are appropriately changed according to the shape of the first member 1 and the dimensions of the first member 1.

図2に示す通り、装着部材Fitは、水平上面を有する角板状の本体部30と、本体部30の基端側で拡張面を形成する操作部31と、本体部30の先端側に突出する突出先端部32と、本体部30から下方に連設される略J字状の係合部33と、に区分される。なお、特に限定されるものではないが、この装着部材Fitは、ABS樹脂やPET樹脂などによって一体成形される。   As shown in FIG. 2, the mounting member Fit protrudes toward the distal end side of the main body portion 30, the rectangular plate-shaped main body portion 30 having a horizontal upper surface, the operation portion 31 that forms an expansion surface on the proximal end side of the main body portion 30. And a substantially J-shaped engaging portion 33 that continues downward from the main body portion 30. Although not particularly limited, the mounting member Fit is integrally formed of ABS resin, PET resin, or the like.

この装着部材Fitは、その突出先端部32を、斜め下方に傾斜させた状態で、保持本体2Aの装着開口穴HOに挿入され、その後、突出先端部32を、傾斜姿勢から水平姿勢に回転させる過程で、略J字状の係合部33を、装着開口穴HOの下方の受止部22aに巻き付けるように装着する。この構成に対応して、本体部30には、幅方向に広がる膨出部30aが形成されており、この膨出部30aが、突出先端部32の挿入時のストッパとして機能する。   The mounting member Fit is inserted into the mounting opening hole HO of the holding main body 2A in a state where the protruding tip 32 is inclined obliquely downward, and then the protruding tip 32 is rotated from the tilted posture to the horizontal posture. In the process, the substantially J-shaped engaging portion 33 is mounted so as to be wound around the receiving portion 22a below the mounting opening hole HO. Corresponding to this configuration, the main body portion 30 is formed with a bulging portion 30a extending in the width direction, and this bulging portion 30a functions as a stopper when the protruding tip portion 32 is inserted.

図1(c)に示す挿入状態から確認される通り、突出先端部32は、装着開口穴HOに対して、幅方向にやや狭く、高さ方向に十分短く形成されている。また、図2(e)に示す通り、突出先端部32は、平坦に形成された平坦上面32aと、先細に傾斜する傾斜底面32bと、を有して構成され、第二部材2を上方に持ち上げた場合には、平坦上面32aが第一部材1の底面に接触して、第二部材2が第一部材1と分離することを阻止している。   As confirmed from the insertion state shown in FIG. 1C, the protruding tip 32 is formed to be slightly narrow in the width direction and sufficiently short in the height direction with respect to the mounting opening hole HO. Further, as shown in FIG. 2 (e), the protruding tip portion 32 is configured to have a flat upper surface 32a formed flat and an inclined bottom surface 32b inclined tapered, and the second member 2 is directed upward. When lifted, the flat upper surface 32 a comes into contact with the bottom surface of the first member 1 to prevent the second member 2 from separating from the first member 1.

略J字状の係合部33は、詳細には、図2(e)に示す通り、ほぼ鉛直方向に降下する降下部33aと、降下部33aに連続する円弧状の折返し部33bと、折返し部33bに連続して内向きに傾斜して上昇する上昇部33cと、上昇部33cの先端において降下部33aに向けて突出するフック部33dとで構成されている。   Specifically, as shown in FIG. 2 (e), the substantially J-shaped engaging portion 33 includes a descending portion 33a that descends in a substantially vertical direction, an arcuate folded portion 33b that continues to the descending portion 33a, and a folded portion. The rising part 33c which inclines inclines inward continuously from the part 33b, and the hook part 33d which protrudes toward the descending part 33a in the front-end | tip of the rising part 33c are comprised.

このように、係合部33は、保持本体2Aの板厚に対して、多少のゆとりをもって全体として略環状に形成されている。また、装着部材Fitは、ある程度の弾性を有するプラスチック材料が使用され、しかも、係合部33の板厚は、1.5〜2mm程度の薄肉形状であるので、適宜に弾性変形することで、受止部22aを周回して装着することができる。すなわち、降下部33a、折返し部33b、上昇部33c、及びフック部33dは、装着開口穴HOの下方の受止部22aに巻き付くように装着され、フック部33dが受止部22aの上面に係合することで位置決めされる。   As described above, the engaging portion 33 is formed in a substantially annular shape as a whole with a slight clearance with respect to the plate thickness of the holding body 2A. In addition, the mounting member Fit is made of a plastic material having a certain degree of elasticity, and the plate thickness of the engaging portion 33 is a thin shape of about 1.5 to 2 mm. The receiving portion 22a can be mounted around. That is, the descending portion 33a, the folded portion 33b, the rising portion 33c, and the hook portion 33d are mounted so as to wrap around the receiving portion 22a below the mounting opening hole HO, and the hook portion 33d is attached to the upper surface of the receiving portion 22a. It is positioned by engaging.

また、係合部33は、全体として環状に構成されて、適宜なゆとりを持って受止部22aに巻き付いているので、プラスチック素材の弾性もあいまって、適宜に回動可能となる。そのため、操作部31を図1の右やや下方に押圧すると、突出先端部32がたわむか、係合部33が時計方向に回動することで、突出先端部32が後退することになり、この後退状態において、第二部材2を上方に持ち上げることで、第二部材2を第一部材1から分離することができる。   Moreover, since the engaging part 33 is comprised cyclically | annularly as a whole and is wound around the receiving part 22a with an appropriate clearance, it can be appropriately rotated together with the elasticity of the plastic material. Therefore, when the operation portion 31 is pressed slightly rightward in FIG. 1, the protruding tip portion 32 is bent, or the engaging portion 33 is rotated clockwise, so that the protruding tip portion 32 is retracted. In the retracted state, the second member 2 can be separated from the first member 1 by lifting the second member 2 upward.

以上の通り、第1実施例は、角バー1(第一部材1)に対してグラ付きを生じる隙間が形成されず、安定度の高い設置状態を実現できる安価で小型の吊下げ整列器具HGを実現している。
なお、図2において、破線は、内部構造を示すための補助線であり、斜視図から確認される通り、実際には、視覚で把握することはできない。この点は、以下に説明する図3〜図5についても同様である。
As described above, according to the first embodiment, a cheap and small hanging and aligning device HG that can realize a highly stable installation state without forming a gap that causes grazing on the corner bar 1 (first member 1). Is realized.
In FIG. 2, the broken line is an auxiliary line for indicating the internal structure, and as can be confirmed from the perspective view, it cannot be grasped visually. This also applies to FIGS. 3 to 5 described below.

<第2実施例>
図3(a)は、本発明の第2実施例であり、板厚1mm程度のバネ板を屈曲形成して形成された装着部材Fitを、第二部材2の保持本体2Aと共に図示している。図示の通り、この装着部材Fitは、平面視でコ字状となる連設部40と、コ字状連設部40の開放先端を折り返した折返し先端部41と、コ字状連設部40の基端に連続する操作部42とで構成されている。
<Second embodiment>
FIG. 3 (a) is a second embodiment of the present invention, and shows a mounting member Fit formed by bending a spring plate having a plate thickness of about 1 mm together with a holding body 2 </ b> A of the second member 2. . As shown in the figure, the mounting member Fit includes a continuous portion 40 that is U-shaped in a plan view, a folded tip portion 41 that is an open end of the U-shaped continuous portion 40, and a U-shaped continuous portion 40. It is comprised with the operation part 42 which continues to the base end.

ここで、連設部40の最大高さと左右幅は、各々、装着開口穴HOの上下高さと左右幅とほぼ同一で、やや小さく形成されている。そして、連設部40の上面40aは、水平面を形成するが、連設部40の下面40bは、水平面と上方に傾斜する傾斜面とで構成され、先端に向け上下高さが低くなっている。したがって、装着部材Fitの先端部41を、装着開口穴HOの適切な位置に挿入することが容易である。   Here, the maximum height and the left-right width of the connecting portion 40 are substantially the same as the vertical height and the left-right width of the mounting opening hole HO, respectively, and are formed slightly smaller. And although the upper surface 40a of the connection part 40 forms a horizontal surface, the lower surface 40b of the connection part 40 is comprised by the horizontal surface and the inclined surface which inclines upwards, and the vertical height is low toward the front-end | tip. . Therefore, it is easy to insert the distal end portion 41 of the mounting member Fit into an appropriate position of the mounting opening hole HO.

この装着部材Fitの操作部42は、水平部42aと鉛直部42bとを有して構成され、装着部材Fitの抜き差し操作を容易にしている。また、連設部40は、互いに並行に延びる垂直面に、一対の突出片PRが外向きに切り起している。そして、折返し先端部41は、連設部40に連続して水平面を形成する上面41aと、傾斜面を形成する下面41bと、直立する終端面41cとを有して構成されている。ここで、終端面41cと突出片PRの離間距離は、保持本体2Aの板厚に対応して、板厚よりやや短く設定されており、図3(b)に示す装着状態では、折返し先端部41の終端面41cと、連設部40の突出片PRが、保持本体2Aを両側から押圧する関係になる。   The operation portion 42 of the mounting member Fit includes a horizontal portion 42a and a vertical portion 42b, and facilitates the insertion / removal operation of the mounting member Fit. Further, in the continuous portion 40, a pair of projecting pieces PR are cut outwardly on vertical surfaces extending in parallel with each other. The folded tip 41 has an upper surface 41a that forms a horizontal plane continuously to the connecting portion 40, a lower surface 41b that forms an inclined surface, and an end surface 41c that stands upright. Here, the separation distance between the end surface 41c and the projecting piece PR is set to be slightly shorter than the plate thickness corresponding to the plate thickness of the holding body 2A. In the mounted state shown in FIG. The terminal end surface 41c of 41 and the protruding piece PR of the connecting portion 40 are in a relationship of pressing the holding body 2A from both sides.

先に説明した通り、この装着部材Fitは、その連設部40が装着開口穴HOとほぼ同一寸法に形成されており水平に挿入される。この時、折返し先端部41は、装着開口穴HOより大きいが、その弾性によって内向きに収縮することで、挿入操作を阻害することはない。そして、装着開口穴HOを通過した折返し先端部41は、今度は、その弾性によって外向きに広がることで、図3(b)に示す装着状態となる。このとき、折返し先端部41の上面41aは、安定な水平姿勢を維持するので、第一部材1の底面を安定して保持することができる。なお、記載上の都合により、図3(c)では、第一部材1の外周面が、保持本体2Aの内面に接するよう記載されているが、実際には、第一部材1の外周面と保持本体2Aの内面には、バネ板材の板厚(1mm)の2倍程度の隙間が形成されている。   As described above, the mounting member Fit has the connecting portion 40 formed in substantially the same size as the mounting opening hole HO and is inserted horizontally. At this time, the folded tip 41 is larger than the mounting opening hole HO, but does not hinder the insertion operation by contracting inward due to its elasticity. And the folding | returning front-end | tip part 41 which passed the mounting | wearing opening hole HO will be in the mounting | wearing state shown in FIG.3 (b) this time by spreading outward by the elasticity. At this time, the upper surface 41a of the folded tip portion 41 maintains a stable horizontal posture, so that the bottom surface of the first member 1 can be stably held. For convenience of description, in FIG. 3C, the outer peripheral surface of the first member 1 is described so as to contact the inner surface of the holding body 2A. A gap about twice the plate thickness (1 mm) of the spring plate material is formed on the inner surface of the holding main body 2A.

そして、第一部材と第二部材を分離したい場合には、装着部材Fitの操作部42を引抜き方向に引っ張ることになる。すると、その引抜き力に応じて、折返し先端部41が保持本体2Aの内面に接する方向に広がるので、第一部材1の底面が開放されることになり、その結果、第一部材1と第二部材2を分離させることができる。   When the first member and the second member are to be separated, the operation portion 42 of the mounting member Fit is pulled in the pulling direction. Then, according to the pulling force, the folded tip 41 expands in a direction in contact with the inner surface of the holding body 2A, so that the bottom surface of the first member 1 is opened. As a result, the first member 1 and the second member 1 The member 2 can be separated.

<第3実施例>
図4は、第3実施例を示す図面であり、保持本体2Aに装着開口溝GVを設けること、及び、この装着開口溝GVの下方から、装着部材Fitをスライドさせて装着する点に特徴がある。なお、特に限定されないが、第二部材2の保持本体2Aの内部に第一部材1(図4(a)では不図示)を収容した状態で、装着部材Fitを上方に向けてスライド装着する。なお、この装着部材Fitも、例えば、ABS樹脂やPET樹脂などによって一体成形される。
<Third embodiment>
FIG. 4 is a drawing showing a third embodiment, characterized in that a mounting opening groove GV is provided in the holding body 2A, and that the mounting member Fit is slid and mounted from below the mounting opening groove GV. is there. Although not particularly limited, the first member 1 (not shown in FIG. 4A) is accommodated inside the holding body 2A of the second member 2, and the mounting member Fit is slid and mounted upward. In addition, this mounting member Fit is also integrally formed of, for example, ABS resin or PET resin.

図4(b)に示す通り、保持本体2Aの装着開口溝GVは、保持本体2Aの下面から左右幅Wを維持して、垂直上方に形成されるが、その途中に、左右幅W’が水平方向両側に広がる係止溝22b,22bが設けられている。   As shown in FIG. 4B, the mounting opening groove GV of the holding body 2A is formed vertically upward from the lower surface of the holding body 2A while maintaining the left and right width W. Locking grooves 22b and 22b extending on both sides in the horizontal direction are provided.

そして、本実施例の装着部材Fitは、保持本体2Aを板厚方向に挟持する一対の側面部50,50と、側面部50,50より低く直立する正面部51と、一対の側面部50,50との間に隙間を設けて可動片Mvを直立させる背面部52と、可動片Mvに連続して前方に突出する突出先端部53と、可動片Mvから後方に連続するL字状の操作部54とで構成されている。   The mounting member Fit of this embodiment includes a pair of side surfaces 50, 50 that sandwich the holding body 2A in the thickness direction, a front surface 51 that stands upright lower than the side surfaces 50, 50, and a pair of side surfaces 50, 50, a rear surface portion 52 for standing the movable piece Mv upright, a projecting tip portion 53 projecting forward from the movable piece Mv, and an L-shaped operation continuing backward from the movable piece Mv. Part 54.

ここで、側面部50,50は、装着開口溝GVの左右幅Wと、保持本体2Aの板厚(例えば3mm程度)に対応するU字状のスライド溝を形成して装着開口溝GVに嵌合されるが、その途中に、下方に傾斜して突出する係止片EGが板状に形成されている。   Here, the side surface portions 50, 50 are fitted into the mounting opening groove GV by forming a U-shaped slide groove corresponding to the lateral width W of the mounting opening groove GV and the plate thickness (for example, about 3 mm) of the holding body 2A. In the middle, a locking piece EG that is inclined downward and protrudes is formed in a plate shape.

この係止片EGは、薄肉に形成され適度な弾性を有するので、装着部材Fitを、装着開口溝GVの下方から装着して、上方にスライドさせるとき、最初は鉛直方向に倒れ込むことで、上向きスライド移動を許容する。しかし、その後、係止片EGが、係止溝22b,22bの位置に達すると、係止片EGの弾性によって拡がり方向に弾発移動することで、係止片EGは係止溝22bの中に収容されることになる。   Since this locking piece EG is formed thin and has moderate elasticity, when the mounting member Fit is mounted from the lower side of the mounting opening groove GV and slid upward, it first falls upward in the vertical direction. Allow slide movement. However, after that, when the locking piece EG reaches the position of the locking grooves 22b and 22b, the locking piece EG is elastically moved in the expanding direction by the elasticity of the locking piece EG, so that the locking piece EG is in the locking groove 22b. Will be housed.

本実施例では、装着部材Fitを限界位置まで挿入すると、係止片EGが係止溝22bの中に収容されるよう構成されている。そのため、装着部材Fitを降下させようとしても係止片EGが係止溝22bに保持されることで、その降下動作を阻止する。したがって、装着部材が装着開口溝GVから抜け落ちるおそれはない。   In this embodiment, when the mounting member Fit is inserted to the limit position, the locking piece EG is configured to be accommodated in the locking groove 22b. Therefore, even if the mounting member Fit is to be lowered, the locking piece EG is held in the locking groove 22b, thereby preventing the lowering operation. Therefore, there is no possibility that the mounting member falls out of the mounting opening groove GV.

そして、この装着状態では、装着部材Fitの突出先端部53が、保持本体2Aの内部空間に進入しているので(図4(b)参照)、第一部材1を収容した第二部材(保持本体2A)が、第一部材1と分離されることはない。一方、第一部材と第二部材を分離させたい場合には、装着部材Fitの操作部54を後方に移動させることで、突出先端部53を後退させ、第一部材の下方空間を解放することができる。   In this mounted state, the protruding tip 53 of the mounting member Fit has entered the internal space of the holding body 2A (see FIG. 4B), so the second member that holds the first member 1 (holding) The main body 2A) is not separated from the first member 1. On the other hand, when it is desired to separate the first member and the second member, by moving the operation portion 54 of the mounting member Fit backward, the protruding tip portion 53 is retracted and the lower space of the first member is released. Can do.

<第4実施例>
以上、装着部材を一体成形する実施例について説明したが、2つの部材を組み合わせることで装着部材Fitを完成させても良い。図5は、スライと溝を設けた固定部材60と、操作部73と突出先端部72を設けた可動部材70とを一体化させて構成された装着部材Fitを図示したものである。この装着部材Fitも、第3実施例(図4)の場合と同様に形成された装着開口溝GVの下方から上方にスライドさせて装着される。また、各部材60,70は、例えば、ABS樹脂やPET樹脂などによって一体成形される。
<Fourth embodiment>
The embodiment in which the mounting member is integrally formed has been described above, but the mounting member Fit may be completed by combining two members. FIG. 5 illustrates a mounting member Fit configured by integrating a fixed member 60 provided with a sly and a groove, and a movable member 70 provided with an operation portion 73 and a protruding tip portion 72. This mounting member Fit is also mounted by sliding upward from below the mounting opening groove GV formed in the same manner as in the third embodiment (FIG. 4). Each member 60, 70 is integrally formed of, for example, ABS resin or PET resin.

図5に示す通り、固定部材60は、保持本体2Aの板厚を挟持する一対の側面部61,61と、一対の側面部61を連絡する板状の連絡部62と、で構成される。なお、連絡部62の下面は、側面部61の下面に一致するが、連絡部62の上面は、側面部61の上面より低く設定されている。   As shown in FIG. 5, the fixing member 60 includes a pair of side surface portions 61, 61 that sandwich the thickness of the holding body 2 </ b> A, and a plate-like connection portion 62 that connects the pair of side surface portions 61. Note that the lower surface of the connecting portion 62 coincides with the lower surface of the side surface portion 61, but the upper surface of the connecting portion 62 is set lower than the upper surface of the side surface portion 61.

そして、側面部61,61には、可動部材70の突起PRを受け入れるための嵌合穴FXが形成されている。また、側面部61,61には、第3実施例と同様の係止片EGが形成されており、装着開口溝GVの係止溝22b,22bに係止されて装着部材Fitの装着状態を安定的に維持するよう構成されている。   In addition, a fitting hole FX for receiving the projection PR of the movable member 70 is formed in the side surface portions 61 and 61. Further, the side portions 61, 61 are formed with locking pieces EG similar to those of the third embodiment, and are locked by the locking grooves 22b, 22b of the mounting opening groove GV so that the mounting member Fit is mounted. It is configured to be stably maintained.

一方、可動部材70は、矩形板状の本体部71と、本体部71に連続して前方に突出する突出先端部72と、本体部71に連続して斜め下方に突出する操作部73とで構成されている。ここで、突出先端部72の上面は、平坦に形成され、装着状態では水平面を形成するよう構成されている。また、本体部71、突出先端部72、及び操作部73の左右幅は全て同一であるが、側面部61,61の左右離間幅より少し狭く設定されている。   On the other hand, the movable member 70 includes a rectangular plate-shaped main body 71, a projecting tip 72 projecting forward from the main body 71, and an operation unit 73 projecting obliquely downward from the main body 71. It is configured. Here, the upper surface of the projecting tip 72 is formed flat, and is configured to form a horizontal surface in the mounted state. The left and right widths of the main body 71, the protruding tip 72, and the operation unit 73 are all the same, but are set slightly smaller than the left and right separation widths of the side surfaces 61 and 61.

図示の通り、本体部71の左右側壁には、嵌合穴FXに対応する嵌合突起PRが突出形成されている。本実施例では、側面部61,61の左右離間幅より本体部71の左右幅がやや狭く、且つ、嵌合突起PRが適度な高さと弾性を有していることから、可動部材70を、固定部材60の側面部の間に配置して、嵌合穴FXの中に嵌合突起PRを没入させることができ、これによって可動部材70と固定部材60が一体化される。   As shown in the drawing, fitting protrusions PR corresponding to the fitting holes FX are formed on the left and right side walls of the main body 71 so as to protrude. In the present embodiment, since the left and right width of the main body 71 is slightly narrower than the left and right separation width of the side surfaces 61 and 61, and the fitting protrusion PR has an appropriate height and elasticity, the movable member 70 is The fitting projection PR can be inserted into the fitting hole FX by being disposed between the side surface portions of the fixed member 60, whereby the movable member 70 and the fixed member 60 are integrated.

この一体化状態では、突出先端部72の上面は水平状態に位置するので、第一部材1の移動を阻止して、第一部材1と第二部材2が分離状態になることを防止している。一方、操作部73を下方に押圧すると、嵌合突起PRの位置を回転中心にして、操作部73と突出先端部72が後方に移動するので、第一部材1の下方空間を解放することができ、第一部材1と第二部材2を分離状態にすることができる。   In this integrated state, since the upper surface of the projecting tip 72 is positioned in a horizontal state, the first member 1 is prevented from moving and the first member 1 and the second member 2 are prevented from being separated. Yes. On the other hand, when the operation portion 73 is pressed downward, the operation portion 73 and the projecting tip portion 72 move rearward with the position of the fitting projection PR as the rotation center, so that the lower space of the first member 1 can be released. The first member 1 and the second member 2 can be separated.

以上、第1実施例〜第4実施例について説明したが、具体的な記載内容は特に本発明を限定するものではない。例えば、第2実施例について、装着開口穴HOに水平方向に装着するよう説明したが、何ら限定されず、例えば、第2実施例の装着部材Fitを、装着開口溝GVに対して上方にスライド移動させて装着しても良いのは勿論である。また、第二部材2の形状や突出棒の形状も適宜に変更可能である。図6は変形例の一部を図示したものである。   The first to fourth embodiments have been described above, but the specific contents do not particularly limit the present invention. For example, the second embodiment has been described so as to be mounted in the mounting opening hole HO in the horizontal direction. However, the present invention is not limited to the second embodiment. Of course, it may be moved and mounted. Moreover, the shape of the 2nd member 2 and the shape of a protrusion stick | rod can also be changed suitably. FIG. 6 illustrates a part of the modification.

HG 吊下げ整列器具
1 第一部材
2 第二部材
2A 保持本体
2B 突出体
HO 装着開口
GV 装着開口
Fit 装着部材
32 先端部
33 係合部
31 操作部
HG hanging and aligning instrument 1 first member 2 second member 2A holding body 2B projecting body HO mounting opening GV mounting opening Fit mounting member 32 distal end portion 33 engaging portion 31 operating portion

Claims (7)

水平方向に配置される第一部材(1)と、必要物を吊下げできるよう第一部材(1)から突出する第二部材(2)と、を有し、定常的には二つの部材を一体化して使用される一方、必要に応じて、手動操作に基づいて、二つの部材を分離させるよう構成された吊下げ整列器具(HG)であって、
第二部材(2)は、第一部材(1)の上部を挟持する保持本体(2A)と、保持本体(2A)から棒状に突出する突出体(2B)と、保持本体(2A)に形成された装着開口(HO,GV)に装着されることで、第一部材(1)の移動を規制する装着部材(Fit)と、を有し、
装着部材(Fit)は、
装着開口(HO,GV)を通して保持本体(2A)の内部に進入する先端部(32)と、保持本体(2A)と協働して装着位置を規定する係合部(30a,33)と、装着開口(HO,GV)から露出する操作部(31)と、を有して構成され、
使用状態では、先端部(30)が第一部材(1)の底面の移動を規制して第一部材(1)を保持する一方、
分離必要時には、手動操作によって先端部(30)を後退させるか、変形させることで、第一部材(1)の底面の規制が解除されるよう構成されていることを特徴とする吊下げ整列器具。
The first member (1) arranged in the horizontal direction and the second member (2) projecting from the first member (1) so as to be able to suspend a necessary object, and normally two members A hanging alignment device (HG) configured to separate two members based on manual operation while being used as needed,
The second member (2) is formed in a holding body (2A) that sandwiches the upper part of the first member (1), a projecting body (2B) that protrudes in a rod shape from the holding body (2A), and a holding body (2A). A mounting member (Fit) that regulates movement of the first member (1) by being mounted in the mounting opening (HO, GV),
The mounting member (Fit)
A distal end portion (32) that enters the inside of the holding body (2A) through the mounting openings (HO, GV), an engagement portion (30a, 33) that defines the mounting position in cooperation with the holding body (2A), An operation portion (31) exposed from the mounting opening (HO, GV),
In the use state, the tip portion (30) holds the first member (1) while restricting the movement of the bottom surface of the first member (1),
A hanging and aligning device configured to release the restriction on the bottom surface of the first member (1) by retreating or deforming the tip (30) by manual operation when separation is necessary. .
保持本体(2A)は、第一部材(1)の上面部に位置する上部(20)と、
上面部(20)の後方から第一部材(1)の外表面に沿って下方に延設される後方部(21)と、
上面部(20)の前方から第一部材(1)の外表面に沿って下方に延設される前方部(22)と、に区分され、
前方部(22)は、後方部(21)より長く延設され、
装着開口(HO,GV)は、前方部(22)の下方位置に形成されている請求項1に記載の吊下げ整列器具。
The holding body (2A) has an upper part (20) positioned on the upper surface part of the first member (1),
A rear portion (21) extending downward along the outer surface of the first member (1) from the rear of the upper surface portion (20);
A front portion (22) extending downward along the outer surface of the first member (1) from the front of the upper surface portion (20);
The front part (22) extends longer than the rear part (21),
The hanging alignment device according to claim 1, wherein the mounting opening (HO, GV) is formed at a position below the front portion (22).
保持本体(2A)は、金属板を断面コ字状に屈曲して形成され、
後方部(21)と前方部(22)とは、互いに略平行に延設されている請求項1又は2に記載の吊下げ整列器具。
The holding body (2A) is formed by bending a metal plate into a U-shaped cross section,
The hanging and aligning device according to claim 1 or 2, wherein the rear part (21) and the front part (22) extend substantially parallel to each other.
装着開口は、開口穴状又は開口溝状に形成され、
開口穴状の装着開口(HO)には、装着部材(Fit)の先端部(30)が、略水平方向又は傾斜した水平方向に挿入され、
開口溝状に形成された装着開口(GV)には、装着部材(Fit)の先端部(30)が、上下方向に挿入される請求項1〜3の何れかに記載の吊下げ整列器具。
The mounting opening is formed in an opening hole shape or an opening groove shape,
In the opening hole-shaped mounting opening (HO), the tip end portion (30) of the mounting member (Fit) is inserted in a substantially horizontal direction or an inclined horizontal direction,
The hanging alignment instrument according to any one of claims 1 to 3, wherein a tip end portion (30) of a mounting member (Fit) is inserted in a vertical direction into a mounting opening (GV) formed in an opening groove shape.
装着部材(Fit)は、操作部(31)から略水平に突出する先端部(32)と、先端部(32)の下方に連設される環状部(33)と、に区分され、
第一部材(1)の外周を把持するよう屈曲形成された環状部(33)の開放先端が、装着開口(HO)の下方内面に係合可能に形成されている請求項1〜4の何れかに記載の吊下げ整列器具。
The mounting member (Fit) is divided into a tip portion (32) protruding substantially horizontally from the operation portion (31), and an annular portion (33) provided continuously below the tip portion (32).
The open end of the annular portion (33) bent to grip the outer periphery of the first member (1) is formed to be engageable with the lower inner surface of the mounting opening (HO). The hanging alignment apparatus of crab.
装着部材(Fit)は、薄板材を適宜に折り曲げて形成され、平面視でコ字状となる連設部(40)と、コ字状の開放先端を折り返した折返し先端部(41)と、コ字状の基端に連続する操作部(42)とを有し、
連設部(40)に設けた突出片(PR)と、折返し先端部(41)が、保持本体(2A)に弾発接触することで、装着部材の装着位置を規制する係合部を構成している請求項1〜4の何れかに記載の吊下げ整列器具。
The mounting member (Fit) is formed by appropriately bending a thin plate material, and has a continuous portion (40) that is U-shaped in plan view, and a folded tip portion (41) that is folded back from the U-shaped open tip, An operation portion (42) continuous with a U-shaped base end;
The projecting piece (PR) provided in the continuous portion (40) and the folded tip portion (41) are elastically contacted with the holding body (2A) to constitute an engaging portion that regulates the mounting position of the mounting member. The hanging alignment instrument according to any one of claims 1 to 4.
装着部材(Fit)は、開口溝状の装着開口(GV)に対応して構成されており、
保持本体の板厚に対応する一対のスライド溝を設けた本体部材と、本体部材の一部を中心に回動可能に構成された可動部材とが、一体化されて構成され、
可動部材の一部(53)が先端部を構成する一方、
スライド溝に形成された突出片(PR)が、装着開口(GV)の一部に係止されることで、装着位置を規制する係合部を構成している請求項1〜4の何れかに記載の吊下げ整列器具。
The mounting member (Fit) is configured to correspond to the opening groove-shaped mounting opening (GV),
A main body member provided with a pair of slide grooves corresponding to the plate thickness of the holding main body and a movable member configured to be rotatable around a part of the main body member are configured integrally.
While a part (53) of the movable member constitutes the tip,
The projecting piece (PR) formed in the slide groove is engaged with a part of the mounting opening (GV) to constitute an engaging portion that regulates the mounting position. The hanging alignment device according to 1.
JP2015106979A 2015-05-27 2015-05-27 Suspension alignment tool Pending JP2016220718A (en)

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