JP3180780U

JP3180780U - Plate fixture

Info

Publication number: JP3180780U
Application number: JP2012006473U
Authority: JP
Inventors: 勇片岡
Original assignee: 勇片岡
Priority date: 2012-10-24
Filing date: 2012-10-24
Publication date: 2013-01-10
Anticipated expiration: 2019-10-28

Abstract

【課題】通常取り付けが難しい４５度乃至１３５度の角度をなす複数の板材が容易に取り付けられる板材の取付具を提供する。
【解決手段】板材Ｒに吸着された軟質吸盤１１の送りねじ１３の上端からナット１４が螺合され、硬質吸盤１２と連結アーム２０の吸着側アーム２１が、ナット１４と軟質吸盤１１との間に挟まれ固定される。さらにナット１４が回されると、軟質吸盤１１が引き上げられて軟質吸盤１１内の気圧が下がり、軟質吸盤１１の吸着力が増す。しかし、軟質吸盤１１の周縁は硬質吸盤１２の周縁部で押さえ付けられて固定され、吸着側アーム２１及び連結アーム２０全体も板材Ｒに固定される。連結アーム２０の押圧側アーム２２の押さえねじ（押圧体）３０が回動されると、板材Ｓの端縁が板材Ｒの端縁に押しつけられて嵌着され、板材Ｒの端に板材Ｓの端が連結固定される。
【選択図】図２An object of the present invention is to provide an attachment for a plate material to which a plurality of plate materials having an angle of 45 degrees to 135 degrees, which are difficult to be attached, can be easily attached.
A nut 14 is screwed from an upper end of a feed screw 13 of a soft sucker 11 adsorbed to a plate material R, and a suction side arm 21 of a hard sucker 12 and a connecting arm 20 is disposed between the nut 14 and the soft sucker 11. It is sandwiched between and fixed. When the nut 14 is further rotated, the soft suction cup 11 is pulled up, the air pressure in the soft suction cup 11 is lowered, and the suction force of the soft suction cup 11 is increased. However, the peripheral edge of the soft suction cup 11 is pressed and fixed by the peripheral edge portion of the hard suction cup 12, and the suction side arm 21 and the entire connection arm 20 are also fixed to the plate material R. When the holding screw (pressing body) 30 of the pressing arm 22 of the connecting arm 20 is rotated, the edge of the plate material S is pressed against and fitted to the edge of the plate material R, and the plate material S is attached to the end of the plate material R. The ends are connected and fixed.
[Selection] Figure 2

Description

本考案は、日曜大工または建築内外装工事などにおいて、複数の２つの板材を直角など所定の角度に取り付ける取付具に関する。 The present invention relates to a fixture for mounting a plurality of two plate members at a predetermined angle such as a right angle in a DIY carpentry or building interior / exterior construction.

日曜大工や内外装工事などで、２枚の板や壁面をＬ字状、すなわち直角に接ぐ必要がしばしば生じるが、そのような場合はいわゆるコーナークランプなどを用いて２枚の板材あるいは壁面を固定していた。 In daily carpentry and interior / exterior construction, it is often necessary to connect two plates and walls in an L-shape, that is, at right angles. In such cases, the two plates or walls are fixed using a so-called corner clamp. Was.

現在市販されている取付具の例として、図５に示す取付具Ｆがある。取付具Ｆは、いわゆるコーナークランプで、使用に際しては、外側押さえ板と内側押さえ板との間に直交する二部材の端部を挟み込み、角に向けて内側押さえ板が送りねじで締め付けられ、これにより直交状態で保持される。 As an example of a commercially available fixture, there is a fixture F shown in FIG. The fixture F is a so-called corner clamp. In use, the end of two orthogonal members are sandwiched between the outer pressing plate and the inner pressing plate, and the inner pressing plate is tightened with a feed screw toward the corner. Is held in an orthogonal state.

特開平２００３−４８１６９JP-A-2003-48169

上記の図５に示す取付具Ｆでは、板材の上面、側面、裏面の三方向または上面と側面の二方向を取り囲む必要があるため、板の角にしか取り付けることができない。この場合、長く重い板と板などを接ぐときには、板材の両端の２か所のみしか固定されず、不安定になりやすい。 In the fixture F shown in FIG. 5 described above, it is necessary to surround the three directions of the upper surface, the side surface, and the back surface of the plate material or the two directions of the upper surface and the side surface. In this case, when a long and heavy plate is brought into contact with the plate or the like, only two portions at both ends of the plate material are fixed, which tends to be unstable.

また、上記取付具Ｆは直角または所定の角度を形成する２枚の板材に対して同時に取り付けられるので、一人では作業がしにくく、接合面がずれる恐れがある。 Moreover, since the said attachment F is attached simultaneously with respect to two board | plate materials which form a right angle or a predetermined angle, it is difficult for one person to work and there exists a possibility that a joint surface may shift | deviate.

本考案は、上述の従来のような取付具による不便や不都合を解消するためになされたもので、板材の角部分に限られず、板材どの側縁の位置にも取り付けられるため、比較的大きく重量のある板材に３個以上取り付けることが可能で、取り接ぎの角度に関わらず簡単に装着できる取付具を提供することを解決課題としている。 The present invention was made in order to eliminate the inconvenience and inconvenience caused by the above-described conventional fixtures, and is not limited to the corners of the plate material. It is an object of the present invention to provide an attachment that can be attached to three or more plate members that can be easily attached regardless of the angle of attachment.

上記課題を解決するため、本考案の取付具は、ほぼ４５度乃至１３５度の角度をなして連結される第一板材および第二板材に対して、この第一板材の内の一方の外側の優角面側に吸着される複数の吸着体と、この吸着体に固定され、上記第一板材および第二板材の両外側の優角面側にほぼ平行に配置される連結体と、この連結体の上記第二板材側に取り付けられ、第二板材に対して接近および離反が可能な押圧体とを備え、第一板材に対して第二板材を取り付けるようにした。 In order to solve the above-mentioned problem, the fixture of the present invention has a first plate member and a second plate member that are connected at an angle of approximately 45 degrees to 135 degrees, and the outer side of one of the first plate members. A plurality of adsorbing bodies adsorbed on the dominant surface side, a coupling body fixed to the adsorbing body, and arranged substantially parallel to both outer major surface sides of the first plate member and the second plate member, and the connection And a pressing body which is attached to the second plate member side of the body and can approach and separate from the second plate member, and the second plate member is attached to the first plate member.

上記により、通常取り付けが難しい４５度乃至１３５度の角度をなす複数の板材を容易に取り付けることができる。本考案の取付具は第一板材と第二板材の優角面のみに設置されるため、両角に限られず、どのような箇所にも設置できることから、不安定さが解消されるまで必要な数だけ設置でき、より安定性や安全性を高めることができる。また、それゆえ、第一板材と第二板材の接着面が接着剤やくぎなどによる固定が完了していなくても、作業をすることが可能になる。むろん、接着剤またはくぎがなくても、本考案の両板材の取り付けはできる。これらの固定は不要と言う考え方が本考案にはある。 As described above, it is possible to easily attach a plurality of plate members having an angle of 45 degrees to 135 degrees, which is difficult to attach normally. Since the fixture of the present invention is installed only on the angled surface of the first plate and the second plate, it is not limited to both corners and can be installed at any location, so the required number until the instability is resolved It can be installed only and can improve stability and safety. Therefore, even if the bonding surfaces of the first plate member and the second plate member are not fixed with an adhesive or a nail, it is possible to work. Of course, even if there is no adhesive or nail, the both plates of the present invention can be attached. The present invention has the idea that these fixings are unnecessary.

また、吸盤などの吸着体を使用した場合には、瞬時に取付具の一部を板材へ固定し、取り付けおよび取り外し作業が簡単に行える。板材に吸着している吸着体を引っ張ることで、さらに吸着力が強まり、板材と吸着体が離れにくくなる。 In addition, when an adsorbent such as a suction cup is used, a part of the fixture is instantly fixed to the plate material, and attachment and removal operations can be easily performed. By pulling the adsorbent adsorbed on the plate material, the adsorbing force is further increased, and the plate material and the adsorbent are hardly separated.

本考案の一実施形態に係る、取付具１Ａの分解斜視図を示す。The disassembled perspective view of the fixture 1A based on one Embodiment of this invention is shown. 取付具１Ａの断面図を示す。Sectional drawing of the fixture 1A is shown. 板材Ｒ，板材Ｓを直角に接いだ状態で、取付具１Ａを取り付けた状態の斜視図を示す。The perspective view of the state which attached the fixture 1A in the state which contacted the board | plate material R and the board | plate material S at right angle is shown. 第二実施形態に係る、取付具１Ｂ、１Ｃの斜視図を示す。The perspective view of the fixtures 1B and 1C based on 2nd embodiment is shown. 従来の取付具の一例を示す。An example of the conventional fixture is shown.

（１）第一実施形態における構成（図１〜図３）
図１および図２は本考案の一実施形態に係る、取付具１Ａの全体を示しており、図１は取付具１Ａの分解斜視図を、図２は取付具１Ａの断面図を示す。 (1) Configuration in the first embodiment (FIGS. 1 to 3)
FIGS. 1 and 2 show an entire fixture 1A according to an embodiment of the present invention. FIG. 1 is an exploded perspective view of the fixture 1A, and FIG. 2 is a cross-sectional view of the fixture 1A.

この取付具１Ａは吸盤１０（吸着体）と、連結アーム２０（連結体）と、押さえねじ３０（押圧体）とから構成される、家具製作や内外装工事などで用いられる工具であり、板材Ｒ（第一板材）と板材Ｓ（第二板材）とをほぼ９０度の角度で接ぐために用いられる。 This fixture 1A is a tool used in furniture production, interior / exterior construction, and the like, which includes a suction cup 10 (adsorption body), a connection arm 20 (connection body), and a press screw 30 (pressing body). It is used to contact R (first plate) and plate S (second plate) at an angle of approximately 90 degrees.

吸盤１０は、軟質吸盤１１と硬質吸盤１２と送りねじ１３とナット１４とから構成されている。軟質吸盤１１は、樹脂製の粘着力のある素材からなり、厚みが約５ｍｍで略正方形の板状に形成されている。 The suction cup 10 includes a soft suction cup 11, a hard suction cup 12, a feed screw 13, and a nut 14. The soft sucker 11 is made of an adhesive material made of resin and has a thickness of about 5 mm and is formed in a substantially square plate shape.

送りねじ１３は棒状で外側表面にねじ溝が形成され、上記ナット１４が螺合可能となっており、このナット１４を回すと、ナット１４は送りねじ１３に対して長手方向に沿って移動（上下動）できる。この送りねじ１３の先端には円板状の金属製の保持板１３ａが溶接などで連結固定され、この連結固定位置は保持板１３ａの上面のほぼ中心であり、保持板１３ａに対して送りねじ１３は垂直に起立している。 The feed screw 13 is rod-shaped and has a thread groove formed on the outer surface, and the nut 14 can be screwed. When the nut 14 is turned, the nut 14 moves along the longitudinal direction with respect to the feed screw 13 ( Can move up and down). A disc-shaped metal holding plate 13a is connected and fixed to the tip of the feed screw 13 by welding or the like, and this connection and fixing position is substantially at the center of the upper surface of the holding plate 13a. 13 stands upright.

軟質吸盤１１の内部中央には、上記送りねじ１３の下端部と上記保持板１３ａが埋め込まれて成形されている。この送りねじ１３は、樹脂である軟質吸盤１１の成形時よりその下端の一部と保持板１３ａが埋め込まれて軟質吸盤１１に固定され、軟質吸盤１１の上面中央より、直径約７ミリの送りねじ１３が起立した状態で突出している。 A lower end portion of the feed screw 13 and the holding plate 13a are embedded and molded in the center of the soft suction cup 11. The feed screw 13 is fixed to the soft sucker 11 by embedding a part of its lower end and the holding plate 13a from the time of molding the soft sucker 11 made of resin, and the feed screw 13 has a diameter of about 7 mm from the center of the upper surface of the soft sucker 11. The screw 13 protrudes in a standing state.

これにより、軟質吸盤１１が保持板１３ａによって湾曲しないようにほぼ平坦に保持され、また送りねじ１３に伝わった力は、保持板１３ａによって軟質吸盤１１全体に均等に伝わる。 Thereby, the soft suction cup 11 is held substantially flat so as not to be bent by the holding plate 13a, and the force transmitted to the feed screw 13 is uniformly transmitted to the entire soft suction cup 11 by the holding plate 13a.

硬質吸盤１２はアクリル樹脂製の硬質の素材からなり、外側の厚みが約１５ミリメートルで、軟質吸盤１１と同様の略正方形の板状に形成されている。この硬質吸盤１２の底面には、図１に示すように、周縁部１２ｃを残して、刳り抜かれて凹んで中空部１２ａが形成されている。 The hard sucker 12 is made of a hard material made of acrylic resin, has an outer thickness of about 15 millimeters, and is formed in a substantially square plate shape similar to the soft sucker 11. As shown in FIG. 1, a hollow portion 12a is formed on the bottom surface of the hard sucker 12 by being hollowed out and recessed, leaving a peripheral edge portion 12c.

この中空部１２ａの深さ（図１では上方への高さ）は５ミリメートルほどで、硬質吸盤１２（押さえ付け体）の厚さの１／３ほどあり、この中空部１２ａの外縁の硬質吸盤１２の下面周縁の幅は、四辺にわたってほぼ一定で５ミリメートルで凹凸がなく平坦な周縁部１２ｃが形成されている。この周縁部１２ｃは上記軟質吸盤１１の周縁を均一に押圧することができる。 The depth of the hollow portion 12a (upward in FIG. 1) is about 5 millimeters, which is about 1/3 of the thickness of the hard sucker 12 (pressing body). The hard sucker on the outer edge of the hollow portion 12a The width of the peripheral edge of the lower surface 12 is substantially constant over the four sides and is 5 millimeters, and there is no unevenness, and a flat peripheral edge 12c is formed. The peripheral edge portion 12c can press the peripheral edge of the soft suction cup 11 uniformly.

さらに、上記硬質吸盤１２の中央中心には、挿通孔１２ｂが形成されており、送りねじ１３が挿通される。この挿通孔１２ｂは、直径約８ミリメートルの円柱形の孔で、硬質吸盤１２の上面から中空部１２ａまで、垂直に貫通されている。ナット１４は、送りねじ１３の上端に取り付けられるもので、断面六角形をした多角柱で、底面より上面までねじ穴が穿たれ貫通して、送りねじ１３に螺合する。 Furthermore, an insertion hole 12b is formed at the center of the hard sucker 12, and the feed screw 13 is inserted therethrough. The insertion hole 12b is a cylindrical hole having a diameter of about 8 millimeters, and is vertically penetrated from the upper surface of the hard suction cup 12 to the hollow portion 12a. The nut 14 is attached to the upper end of the feed screw 13, and is a polygonal column having a hexagonal cross section. A screw hole is drilled from the bottom surface to the upper surface, and is screwed into the feed screw 13.

連結アーム２０（連結体）は、幅約２０ミリメートル、厚さ約１０ミリメートルの、中が空洞になったステンレス製の角パイプで、２本の角パイプが端で溶接され互いに直角をなす方向に連結固定されている。この連結アーム２０の、一方の辺であり吸盤１０が取り付けられる吸着側アーム２１には、一定の間隔でねじ穴２１ａ…が穿たれ、図１に示されるように上下に貫通している。また、他方の辺であり、押さえねじ３０が取り付けられる押圧側アーム２２には、同様に一定の間隔でねじ穴２２ａ…が穿たれ、図１に示されるように、左右に貫通している。 The connecting arm 20 (connecting body) is a stainless steel square pipe with a width of about 20 millimeters and a thickness of about 10 millimeters. The two square pipes are welded at the ends so that they are perpendicular to each other. Connected and fixed. The suction side arm 21 on one side of the connecting arm 20 to which the suction cup 10 is attached is threaded with screw holes 21a at regular intervals and penetrates vertically as shown in FIG. The other side, the pressing arm 22 to which the press screw 30 is attached, is similarly provided with screw holes 22a at regular intervals and penetrates left and right as shown in FIG.

押さえねじ３０（押圧体）は、直径約７ミリメートルの棒状の長いねじで、送りねじ１３同様外側表面にねじ溝が形成され、上端に取っ手３０ａが固定されている。この取っ手３０ａは、ナット１４同様、断面六角形の多角柱で、底面から上方にかけてはねじ穴が形成され、このねじ穴には押さえねじ３０が螺着する。この取っ手３０ａは押さえねじ３０の上端に接着剤などで固定され、押さえねじ３０と取っ手３０ａとは一体的に回動（スピン）可能となっている。 The holding screw 30 (pressing body) is a long rod-like screw having a diameter of about 7 millimeters. Like the feed screw 13, a screw groove is formed on the outer surface, and a handle 30a is fixed to the upper end. Like the nut 14, the handle 30a is a polygonal column having a hexagonal cross section. A screw hole is formed from the bottom to the upper side, and the holding screw 30 is screwed into the screw hole. The handle 30a is fixed to the upper end of the press screw 30 with an adhesive or the like, and the press screw 30 and the handle 30a can be integrally rotated (spun).

この押さえねじ３０は押圧側アーム２２のねじ穴２２ａ…に対して螺合しており、押さえねじ３０と取っ手３０ａとが回動されると、押圧側アーム２２に対して押さえねじ３０が上動または下動（図１乃至図３において左動または右動）し、その回動の向きにより板材Ｓ（第二板材）に対して接近および離反することが可能となる。 The holding screw 30 is screwed into the screw holes 22 a of the pressing side arm 22. When the holding screw 30 and the handle 30 a are rotated, the holding screw 30 moves upward with respect to the pressing side arm 22. Alternatively, it moves downward (leftward or rightward in FIGS. 1 to 3), and can approach and separate from the plate material S (second plate material) depending on the direction of rotation.

これに対して、上記送りねじ１３は、吸着側アーム２１のねじ穴２１ａ…に対して螺合されておらず、挿通されているのみで、吸着側アーム２１に対してフリーに上動または下動される。 On the other hand, the feed screw 13 is not screwed into the screw holes 21a of the suction side arm 21 but is only inserted therethrough and freely moves up or down with respect to the suction side arm 21. Moved.

（２）第一実施形態の取付手順と効果および作用
図１および図２に基づき、取付具１Ａの板材ＲおよびＳへの取付手順を以下に詳述する。 (2) Attachment procedure, effect and action of the first embodiment Based on FIGS. 1 and 2, the attachment procedure of the fixture 1A to the plate members R and S will be described in detail below.

まず、軟質吸盤１１が板材Ｒの外表面に押し付けられ、密接される。次に、軟質吸盤１１から起立している送りねじ１３に硬質吸盤１２の挿通孔１２ｂが挿通されて、軟質吸盤１１の上面に硬質吸盤１２が戴置される。 First, the soft suction cup 11 is pressed against the outer surface of the plate material R and brought into close contact therewith. Next, the insertion hole 12 b of the hard suction cup 12 is inserted into the feed screw 13 erected from the soft suction cup 11, and the hard suction cup 12 is placed on the upper surface of the soft suction cup 11.

さらに、硬質吸盤１２の上面から突出している送りねじ１３の上端から、連結アーム２０の吸着側アーム２１に設けられたねじ穴２１ａ…が挿通されて、連結アーム２０が吸盤１０に取り付けられる。 Further, screw holes 21 a provided in the suction side arm 21 of the connection arm 20 are inserted from the upper end of the feed screw 13 protruding from the upper surface of the hard suction cup 12, and the connection arm 20 is attached to the suction cup 10.

さらに、吸着側連結アーム２１の上面から突出している送りねじ１３の上端に、ナット１４が螺合し、取り付けられる。このとき、吸盤１０（吸着体）が板材Ｒ（第一板材）の内の一方の外側の優角面側に吸着され、上記板材Ｒの外側の優角面側に吸着側連結アーム２１（連結体）がほぼ平行に配置される。 Further, the nut 14 is screwed onto the upper end of the feed screw 13 protruding from the upper surface of the suction side connecting arm 21 and attached. At this time, the suction cup 10 (adsorbent) is adsorbed to one outer dominant surface side of the plate material R (first plate material), and the adsorbing side connecting arm 21 (connected) to the outer dominant surface side of the plate material R. Body) are arranged almost in parallel.

次に、ナット１４が回動されていくと、ナット１４は送りねじ１３の上端から下方へと移動し、ナット１４の下面と吸着側の連結アーム２１の上面が当接する。さらにナット１４を回動させると、ナット１４の下面と軟質吸盤11内の保持板１３ａの間隔が狭まろうとして、軟質吸盤１１の中央部分が引っ張り上げられる。すなわち、軟質吸盤１１（吸着体）が板材Ｒ（第一板材）の外表面から連結アーム２０（連結体）に向かって引き上げられるように付勢される。 Next, as the nut 14 is rotated, the nut 14 moves downward from the upper end of the feed screw 13, and the lower surface of the nut 14 and the upper surface of the coupling arm 21 on the suction side come into contact with each other. When the nut 14 is further rotated, the central portion of the soft suction cup 11 is pulled up as the distance between the lower surface of the nut 14 and the holding plate 13a in the soft suction cup 11 is reduced. That is, the soft suction cup 11 (adsorbent body) is urged so as to be pulled up from the outer surface of the plate material R (first plate material) toward the connecting arm 20 (connected body).

上記により、ナット１４が送りねじ１３の下方へとさらに回動されると、板材Ｒ（第一板材）の外面に対して軟質吸盤の１１（吸着体）上面の周縁が、硬質吸盤１２（押さえ付け体）下面の周縁および吸着側連結アーム２１（連結体）とナット１４によって、押さえ付けられ固定される。このとき、上記硬質吸盤１２は、ナット１４の回動により軟質吸盤１１と連結アーム２０の間に挟まれて固定され、連結アーム２０とともに板材Ｒの外面に固定される。 As described above, when the nut 14 is further rotated to the lower side of the feed screw 13, the peripheral edge of the upper surface of the soft sucker 11 (adsorbent body) with respect to the outer surface of the plate material R (first plate material) Attached body) Pressed and fixed by the peripheral edge of the lower surface and the suction side connecting arm 21 (connected body) and the nut 14. At this time, the hard sucker 12 is sandwiched and fixed between the soft sucker 11 and the connecting arm 20 by the rotation of the nut 14, and is fixed to the outer surface of the plate member R together with the connecting arm 20.

上記のようにナット１４が回動していくことにより、ナット１４が徐々に送りねじ１３に沿って下がり、軟質吸盤１１、硬質吸盤１２、吸着側連結アーム２１がナット１４の下降によって徐々に隙間なく重ねられ、吸盤１０が板材Ｒの外表面に吸着する。 As the nut 14 rotates as described above, the nut 14 is gradually lowered along the feed screw 13, and the soft suction cup 11, the hard suction cup 12, and the suction side connection arm 21 are gradually separated by the lowering of the nut 14. The suction cups 10 are attracted to the outer surface of the plate material R.

ナット１４が回動しても硬質吸盤１２の下面周縁が軟質吸盤１１の上面周縁を押さえ付けることで、軟質吸盤１１が一定以上付勢されなくなることで、吸盤１０は吸着力を増し、さらに強力に板材Ｒの外表面に固定され、ナット１４は回動を止められる。これにより、吸盤１０が連結アーム２０とともに板材Ｒに連結固定される。 Even if the nut 14 is rotated, the lower peripheral edge of the hard sucker 12 presses the upper peripheral edge of the soft sucker 11 so that the soft sucker 11 is not urged more than a certain amount. The nut 14 is fixed to the outer surface of the plate member R, and the rotation of the nut 14 is stopped. As a result, the suction cup 10 is connected and fixed to the plate member R together with the connecting arm 20.

次に、吸盤１０と連結アーム２０とが取り付けられた板材Ｒ（第一板材）の端縁に板材Ｓ（第二板材）の端縁があてがわれて固定される。このとき、板材Ｓの外側の優角面に対して連結アーム２０の押圧側アーム２２が平行に位置している。次に、押圧側アーム２２のねじ穴２２ａ…の一つに、押さえねじ３０（押圧体）が螺合する。このとき、押さえねじ３０と送りねじ１３とは直交する位置にある。 Next, the edge of the plate material S (second plate material) is fixed to the edge of the plate material R (first plate material) to which the suction cup 10 and the connecting arm 20 are attached. At this time, the pressing arm 22 of the connecting arm 20 is positioned in parallel to the dominant surface on the outside of the plate material S. Next, a holding screw 30 (pressing body) is screwed into one of the screw holes 22 a of the pressing side arm 22. At this time, the holding screw 30 and the feed screw 13 are in a position orthogonal to each other.

次に、ねじ穴２２ａに螺合した押さえねじ３０の先端にある取っ手３０ａが回動すると、押さえねじ３０がねじ穴２２ａをくぐり抜け、板材Ｓの外表面の方向へとより接近する。さらに取っ手３０ａが回動すると、押さえねじ３０が板材Ｓの外表面を強く押圧し、板材Ｒの端面が板材Ｓの外表面に強く押圧される。 Next, when the handle 30a at the tip of the holding screw 30 that is screwed into the screw hole 22a rotates, the holding screw 30 passes through the screw hole 22a and approaches the outer surface of the plate member S more closely. When the handle 30 a further rotates, the holding screw 30 strongly presses the outer surface of the plate material S, and the end surface of the plate material R is pressed strongly against the outer surface of the plate material S.

これにより、板材Ｓの端面に設けられた凹部が、板材Ｒの端面に設けられた凸部と嵌着し、板材ＲとＳがほぼ直角に取り付けられる。この押さえねじ３０（押圧体）はその回動の方向を上記と逆向きにすれば、板材Ｓ（第二板材）に対して離反し、押さえねじ３０による板材Ｓへの押圧が解除される。 Thereby, the recessed part provided in the end surface of the board | plate material S fits with the convex part provided in the end surface of the board | plate material R, and the board | plate materials R and S are attached to substantially right angle. If the direction of the rotation of the press screw 30 (pressing body) is opposite to the above, the press screw 30 is separated from the plate material S (second plate material), and the press on the plate material S by the press screw 30 is released.

これにより取付具１Ａによって板材Ｒ（第一板材）の端縁に板材Ｓ（第二板材）の端縁がほぼ９０度の角度をなして連結され、取り付けられて接合または接着される。 Accordingly, the edge of the plate member S (second plate member) is connected to the edge of the plate member R (first plate member) at an angle of about 90 degrees by the fixture 1A, and is attached and joined or bonded.

次に、以下に取付具１Ａによる作用と効果を詳述する。上記のように、板材Ｒに軟質吸盤１１が吸着すると、軟質吸盤１１の弾性により元の形に戻ろうとする。そのため、板材Ｒと軟質吸盤１１の内部は気圧が低い状態となり、外の大気圧との差が生じて板材Ｒに張り付く。 Next, the operation and effect of the fixture 1A will be described in detail below. As described above, when the soft sucker 11 is adsorbed to the plate material R, the soft sucker 11 tries to return to its original shape due to the elasticity of the soft sucker 11. Therefore, the inside of the plate material R and the soft suction cup 11 is in a state where the atmospheric pressure is low, and a difference from the outside atmospheric pressure is generated to stick to the plate material R.

さらに、板材Ｒの外表面に吸着している軟質吸盤１１が真上に引っ張りあげられることにより、内部がより真空状態へと近づいて、軟質吸盤１１の板材Ｒへの吸着力がさらに強くなる。このため、板材Ｒに取付具１Ａが、多少の衝撃や振動などではずれることなく、しっかりと取り付けられて安定する。 Furthermore, when the soft suction cup 11 adsorbed on the outer surface of the plate material R is pulled up directly, the inside is closer to a vacuum state, and the suction force of the soft suction cup 11 to the plate material R is further increased. For this reason, the fixture 1A is securely attached to the plate member R without being displaced by some impact or vibration.

ここで、軟質吸盤１１（吸着体）は板材Ｒ（第一板材）の優角面（外表面）から吸着側連結アーム２１（連結体）に向かって付勢されることになるが、軟質吸盤１１の周縁は硬質吸盤１２の周縁によって板材Ｒの優角面（外表面）にしっかりと押さえ付けられる。これにより、軟質吸盤１１は板材Ｒから容易にはがれない。 Here, the soft sucker 11 (adsorbent) is urged from the dominant angle surface (outer surface) of the plate material R (first plate material) toward the suction side connecting arm 21 (connected body). 11 is firmly pressed against the dominant surface (outer surface) of the plate member R by the peripheral edge of the hard suction cup 12. Thereby, the soft suction cup 11 cannot be easily peeled off from the plate material R.

取付具１Ａは吸盤の大気圧を利用しているため、吸盤と板材との吸着面が大きくなるように吸盤を大きくすれば、重量のある板材などにも利用可能となる。さらに、軟質吸盤１１（吸着体）と吸着側連結アーム２１（連結体）との間には硬質吸盤１２（押さえ付け体）が設けられ、この硬質吸盤１２（押さえ付け体）は上記軟質吸盤１１（吸着体）の周縁を板材Ｒ（第一板材）の外面に対して押圧している。したがって、軟質吸盤１１を押さえる硬質吸盤１２はゆるまずしっかりと固定される。これにより、軟質吸盤１１は板材Ｒからさらに容易にはがれない。 Since the attachment 1A uses the atmospheric pressure of the suction cup, if the suction cup is enlarged so that the suction surface between the suction cup and the plate material is increased, it can be used for a heavy plate material. Further, a hard sucker 12 (pressing body) is provided between the soft sucker 11 (adsorbing body) and the suction side connecting arm 21 (connecting body), and the hard sucker 12 (pressing body) is the soft sucker 11. The periphery of the (adsorbent) is pressed against the outer surface of the plate material R (first plate material). Therefore, the hard suction cup 12 that holds the soft suction cup 11 is firmly fixed without loosening. As a result, the soft sucker 11 is not easily peeled off from the plate material R.

また、吸盤１０が板材Ｒの平滑面に吸着していることにより、くぎやピン、接着剤とは異なり、板材Ｒの表面に跡が残らず、容易に着け外しすることができる。 Moreover, since the suction cup 10 is adsorbed on the smooth surface of the plate material R, unlike nails, pins, and adhesives, the surface of the plate material R does not leave a mark and can be easily attached and detached.

（３）第二実施形態（図４）
図４は、本考案の第二実施形態に係る、取付具１Ｂ、１Ｃの全体を示す斜視図を表す。この取付具１Ｂ、１Ｃは、軟質吸盤１１（吸着体）、送りねじ１４、連結アーム２３（連結体）、押さえねじ３０（押圧体）、連結板５０、磁石５１とから構成される。 (3) Second embodiment (FIG. 4)
FIG. 4 is a perspective view showing the entirety of the fixtures 1B and 1C according to the second embodiment of the present invention. The fixtures 1 </ b> B and 1 </ b> C are composed of a soft suction cup 11 (adsorption body), a feed screw 14, a connection arm 23 (connection body), a holding screw 30 (pressing body), a connection plate 50, and a magnet 51.

この取付具１Ｂ、１Ｃは、家具製作や内外装工事などで用いられる工具であり、板材Ｒ（第一板材）と板材Ｓ（第二板材）とをほぼ４５度乃至１３５度で接ぐために用いられ、２組以上で使用されるが、一組で使用されても良い。 The fixtures 1B and 1C are tools used in furniture production, interior / exterior construction, and the like, and are used to contact the plate material R (first plate material) and the plate material S (second plate material) at approximately 45 to 135 degrees. Used in two or more sets, but may be used in one set.

軟質吸盤１１、送りねじ１４は、第一実施形態で詳述した送りねじ１３と同一の形状、材質からなる。軟質吸盤１１の内部には保持板１３ａと送りねじ１４の下端が埋め込まれており、軟質吸盤１１の上面から送りねじ１４がほぼ直立して起立している。この送りねじ１４には、ナット１５、１６が上下移動可能に螺合している。この第二実施形態では、第一実施形態と異なり、硬質吸盤１２はない。 The soft suction cup 11 and the feed screw 14 are made of the same shape and material as the feed screw 13 described in detail in the first embodiment. The lower end of the holding plate 13a and the feed screw 14 is embedded inside the soft suction cup 11, and the feed screw 14 stands upright from the upper surface of the soft suction cup 11. Nuts 15 and 16 are screwed to the feed screw 14 so as to be vertically movable. In the second embodiment, unlike the first embodiment, there is no hard suction cup 12.

連結アーム２３は、２枚の鉄製の長方形をした板体である右アーム２３ａ、左アーム２３ｂと、この板体を長手方向につなぐ蝶番２３ｃと磁石５１とからなる。上記蝶番２３ｃを支点として、右アーム２３ａと左アーム２３ｂとがなす角度が、ほぼ０度から１８０度までの間で変えらえる。上記右アーム２３ａと左アーム２３ｂには、長手方向に沿って長い長ねじ穴２３ｄ、２３ｅが形成され、内部を貫通している。 The connecting arm 23 includes a right arm 23a and a left arm 23b which are two iron rectangular plates, and a hinge 23c and a magnet 51 which connect the plates in the longitudinal direction. With the hinge 23c as a fulcrum, the angle formed by the right arm 23a and the left arm 23b can be varied between approximately 0 degrees and 180 degrees. In the right arm 23a and the left arm 23b, long screw holes 23d and 23e are formed along the longitudinal direction and penetrate the inside.

上記連結アーム２３の右アーム２３ａと左アーム２３ｂの下面つまり内面には、それぞれ、正方形板状の磁石５１、５１が吸着されている。この磁石５１の厚さは、約５ミリメートルであり、この磁石５１の縦横の幅は、右アーム２３ａと左アーム２３ｂの幅とほぼ同じである。 Square plate-shaped magnets 51 and 51 are attracted to the lower surface or inner surface of the right arm 23a and the left arm 23b of the connecting arm 23, respectively. The magnet 51 has a thickness of about 5 millimeters, and the vertical and horizontal widths of the magnet 51 are substantially the same as the widths of the right arm 23a and the left arm 23b.

連結板５０は、鉄製の長方形状の細長い板体で、長手方向に沿った側面には、一定の間隔でねじ穴５０ａが形成され、このねじ穴５０ａは連結板５０が上面から下面まで貫通している。このねじ穴５０ａ内には、押さえねじ３０が上下動可能に螺合されている。押さえねじ３０の上端には、六角板状の頂部が一体形成されている。 The connecting plate 50 is a rectangular oblong plate made of iron, and screw holes 50a are formed at regular intervals on the side surfaces along the longitudinal direction, and the connecting plate 50 penetrates from the upper surface to the lower surface. ing. A press screw 30 is screwed into the screw hole 50a so as to be movable up and down. A hexagonal plate-like top is integrally formed at the upper end of the holding screw 30.

上記右アーム２３ａと左アーム２３ｂの内面つまり下面に吸着された磁石５１…のさらに内面つまり下面に、上記連結板５０、５０が吸着される。この連結板５０、５０は、上記右アーム２３ａと左アーム２３ｂとほぼ直交する方向に固定される。 The connecting plates 50 are attracted to the inner surface, that is, the lower surface of the magnets 51 that are attracted to the inner surface, that is, the lower surface of the right arm 23a and the left arm 23b. The connecting plates 50 are fixed in a direction substantially orthogonal to the right arm 23a and the left arm 23b.

このねじ穴５０ａは、連結板５０、５０の側面から「Ｕ字状」に切欠されてもよい。この場合でも、ねじ穴５０ａは、連結板５０、５０の側面の長手方向に沿って、等間隔に形成される。 The screw holes 50a may be cut out in a “U shape” from the side surfaces of the connecting plates 50 and 50. Even in this case, the screw holes 50 a are formed at equal intervals along the longitudinal direction of the side surfaces of the connecting plates 50 and 50.

（４）第二実施形態における取付具の取り付けと効果
まず、軟質吸盤１１…が板材Ｒの外表面に押し付けられ、密着される。次に、軟質吸盤１１…から起立している送りねじ１４…が、左アーム２３ａの長ねじ穴２３ｄ…に挿通される。 (4) Attachment and effect of fixture in the second embodiment First, the soft suction cups 11 are pressed against the outer surface of the plate material R and brought into close contact with each other. Next, the feed screws 14 erected from the soft suction cups 11 are inserted into the long screw holes 23d of the left arm 23a.

この送りねじ１４…はねじ穴２３ｄ…に対しては螺合されておらず、挿通されているのみで、長ねじ穴２３ｄ…に沿ってスライド可能であり、さらに左アーム２３ａに対してフリーに上下動される。 The feed screws 14 are not screwed into the screw holes 23d, but can be slid along the long screw holes 23d, and are free to the left arm 23a. Moved up and down.

上記送りねじ１４…の途中には、ナット１５が螺合されており、この送りねじ１４の上端は左アーム２３ａ及び右アーム２３ｂ上面に突出され、この送りねじ１４の上端からさらに別のナット１６が螺合され、このナット１６は回動されて、左アーム２３ａ及び右アーム２３ｂの上面に当接する。また、上記ナット１５は下方から左アーム２３ａ及び右アーム２３ｂの下面に当接する。 A nut 15 is screwed in the middle of the feed screw 14. The upper end of the feed screw 14 protrudes from the upper surfaces of the left arm 23 a and the right arm 23 b, and another nut 16 is projected from the upper end of the feed screw 14. And the nut 16 is rotated to contact the upper surfaces of the left arm 23a and the right arm 23b. The nut 15 contacts the lower surfaces of the left arm 23a and the right arm 23b from below.

したがって、連結アーム２３の左アーム２３ａ及び右アーム２３ｂは、ナット１５とナット１６によって上下から挟まれ、これにより、連結アームが送りねじ１３及び軟質吸盤１１に固定される。このナット１５、１６の螺合位置を上下動させると、送りねじ１４に対する左アーム２３ａ及び右アーム２３ｂの固定位置を上下に変化させて調整できる。 Therefore, the left arm 23 a and the right arm 23 b of the connecting arm 23 are sandwiched from above and below by the nut 15 and the nut 16, whereby the connecting arm is fixed to the feed screw 13 and the soft suction cup 11. When the screwing positions of the nuts 15 and 16 are moved up and down, the fixed positions of the left arm 23a and the right arm 23b with respect to the feed screw 14 can be adjusted up and down.

次に、連結アーム２３の左アーム２３ａと軟質吸盤１１とが固定されている板材Ｒの端縁に板材Ｓの端縁がほぼ直角にあてがわれ、さらに連結アーム２３の右アーム２３ｂと板材Ｓの外表面とが平行に配置され、また軟質吸盤１１…が板材Ｓの外表面に押し付けられ、密着される。 Next, the edge of the plate material S is applied to the edge of the plate material R to which the left arm 23a of the connecting arm 23 and the soft suction cup 11 are fixed, and the right arm 23b of the connection arm 23 and the plate material S are further applied at right angles. Are arranged in parallel with each other, and the soft suction cups 11 are pressed against and adhered to the outer surface of the plate S.

そして、軟質吸盤１１…から起立している送りねじ１４…が、右アーム２３ｂの長ねじ穴２３ｅ…に挿通される。この送りねじ１４…はねじ穴２３ｅ…に対しては螺合されておらず、挿通されているのみで、長ねじ穴２３ｅ…に沿ってスライド可能であり、さらに右アーム２３ｂに対してフリーに上下動される。 Then, the feed screws 14 erected from the soft suction cups 11 are inserted into the long screw holes 23e of the right arm 23b. These feed screws 14 are not screwed into the screw holes 23e, but can be slid along the long screw holes 23e, and are free to the right arm 23b. Moved up and down.

上記送りねじ１４…の途中には、ナット１５が螺合されており、この送りねじ１４の上端は右アーム２３ｂ上面に突出され、この送りねじ１４の上端からさらに別のナット１６が螺合され、このナット１６は回動されて、左アーム２３ａ及び右アーム２３ｂの上面に当接する。また、上記ナット１５は下方から右アーム２３ｂの下面に当接する。 A nut 15 is screwed in the middle of the feed screw 14. The upper end of the feed screw 14 protrudes from the upper surface of the right arm 23 b, and another nut 16 is screwed from the upper end of the feed screw 14. The nut 16 is rotated to contact the upper surfaces of the left arm 23a and the right arm 23b. The nut 15 contacts the lower surface of the right arm 23b from below.

したがって、連結アーム２３の右アーム２３ｂは、ナット１５とナット１６によって上下から挟まれ、これにより、連結アームが送りねじ１３及び軟質吸盤１１に固定される。このナット１５、１６の螺合位置を上下動させると、送りねじ１４に対する右アーム２３ｂの固定位置を上下に変化させて調整できる。 Accordingly, the right arm 23 b of the connecting arm 23 is sandwiched from above and below by the nut 15 and the nut 16, whereby the connecting arm is fixed to the feed screw 13 and the soft suction cup 11. When the screwing positions of the nuts 15 and 16 are moved up and down, the fixing position of the right arm 23b with respect to the feed screw 14 can be adjusted up and down.

このように及び上述のように固定位置が上下に変化して、左アーム２３ａと右アーム２３ｂとの成す角度が変化しても、左アーム２３ａと右アーム２３ｂとの間には、蝶番２３ｃがあるので、この角度変化は吸収される。 Thus, even if the fixing position changes up and down as described above and the angle between the left arm 23a and the right arm 23b changes, the hinge 23c is interposed between the left arm 23a and the right arm 23b. As it is, this angular change is absorbed.

このようにして、一組の取付具１Ｂの一部が、板材Ｒと板材Ｓに取り付けられる。さらに、取付具１Ｂと同一の取付具１Ｃが、取付具１Ｂと並んで平行に、板材Ｒと板材Ｓとに取り付けられる。 In this way, a part of the pair of fixtures 1B is attached to the plate material R and the plate material S. Further, the same fixture 1C as the fixture 1B is attached to the plate member R and the plate member S in parallel with the fixture 1B.

次に、上記の平行に並んだ２組の左アーム２３ａ、２３ａの下面に磁石５１、５１が吸着され、この磁石５１、５１の下面に連結板５０が吸着されて、２組の左アーム２３ａ、２３ａに渡り直交して連結板５０が掛け渡されて固定される。この連結板５０の固定位置は、板材Ｒ及びＳの角付近となる。図４では分かり易くするため、連結板５０は角から離れた位置にあるが、実際には角に近い位置にある。 Next, the magnets 51 and 51 are attracted to the lower surfaces of the two sets of the left arms 23a and 23a arranged in parallel, and the connecting plate 50 is attracted to the lower surfaces of the magnets 51 and 51, and the two sets of the left arms 23a. , 23a, the connecting plate 50 is stretched and fixed orthogonally. The fixing position of the connecting plate 50 is near the corners of the plate materials R and S. For ease of understanding in FIG. 4, the connecting plate 50 is at a position away from the corner, but is actually at a position near the corner.

この固定された連結板５０のねじ穴５０ａ…には、押さえねじ３０…が複数螺合される。この押さえねじ３０は、単数に限られず、ねじ穴５０ａ…の数だけ取り付けることができる。この押さえねじ３０は、その回動方向を変えれば、板材Ｓ（第二板材）に対して接近させたり、離反させたりできる。 A plurality of holding screws 30 are screwed into the screw holes 50a of the fixed connecting plate 50. The holding screw 30 is not limited to a single one, but can be attached by the number of screw holes 50a. The holding screw 30 can be moved closer to or away from the plate material S (second plate material) by changing the rotation direction thereof.

上記押さえねじ３０は回動されてねじ穴５０ａをくぐり抜け、板材Ｒ、Ｓの外表面へと接近する。さらに押さえねじ３０が回動されると、押さえねじ３０が板材Ｒ、Ｓの外表面を強く押圧し、板材Ｒの端縁が板材Ｓの外表面に強く押圧されるし、板材Ｓの端縁が板材Ｒの外表面に強く押圧される。 The holding screw 30 is rotated to pass through the screw hole 50a, and approaches the outer surface of the plate materials R and S. When the holding screw 30 is further rotated, the holding screw 30 strongly presses the outer surface of the plate materials R and S, the edge of the plate material R is strongly pressed against the outer surface of the plate material S, and the edge of the plate material S Is strongly pressed against the outer surface of the plate material R.

これにより、板材Ｓの端縁に設けられた凹部が、板材Ｒの端縁に設けられた凸部と嵌着し、また板材Ｒの端縁に設けられた凹部が、板材Ｓの端縁に設けられた凸部と嵌着し、板材ＲとＳとがほぼ直角に取り付けられる。 Thereby, the recessed part provided in the edge of the board | plate material S fits with the convex part provided in the edge of the board | plate material R, and the recessed part provided in the edge of the board | plate material R becomes the edge of the board | plate material S. It fits with the provided convex part and the board | plate materials R and S are attached at a substantially right angle.

上記押さえねじ３０（押圧体）の回動の方向が上記と逆向きにされれば、押さえねじ３０は板材Ｓ（第二板材）または板材Ｒ（第一板材）に対して離反し、押さえねじ３０による板材Ｓ、Ｒへの押圧が解除される。 If the direction of rotation of the holding screw 30 (pressing body) is reversed, the holding screw 30 is separated from the plate material S (second plate material) or the plate material R (first plate material), and the holding screw The pressing of the plate materials S and R by 30 is released.

このように、板材Ｒ（第一板材）に軟質吸盤１１（吸着体）が単数または複数取り付けられるとともに、押さえねじ３０（押圧体）が単数または複数取り付けられ、軟質吸盤１１と押さえねじ３０とが、同じ板材側にほぼ一列に配列されて、互いに連結されてもよい。 As described above, one or more soft suction cups 11 (adsorbent bodies) are attached to the plate material R (first board material), and one or more holding screws 30 (pressing bodies) are attached. , They may be arranged in a line on the same plate material side and connected to each other.

なお、板材Ｒ、Ｓに対して、一方の軟質吸盤１１（吸着体）が省略され、他方の押さえねじ３０（押圧体）及び連結板５０が省略されても良い。この場合でも、板材Ｒの角とＳの角とが連結される。 In addition, with respect to the board | plate materials R and S, one soft suction cup 11 (adsorption body) may be abbreviate | omitted and the other holding screw 30 (pressing body) and the connection board 50 may be abbreviate | omitted. Even in this case, the corner of the plate member R and the corner of the S are connected.

この第二実施形態は、連結アーム２３の蝶番２３ａによって、板材Ｒと板材Ｓとを接ぐ角度を調節できる。しかし、そのために、ナット１６の下動による連結アーム２３の硬質吸盤１２への押圧力がはたらかない。そのため、硬質吸盤１２は設けられていない。しかし、硬質吸盤１２は、あってもよい
（５）他の実施の形態
図１、図２または図３において、吸盤１０（吸着体）または軟質吸盤１１が取り付けられるのは、板材Ｒ（第一板材）のほか板材Ｓ（第二板材）でもよいし、押さえねじ３０（押圧体）が押圧するのは板材Ｓのほか、板材Ｒでもよい。 In the second embodiment, the angle at which the plate material R and the plate material S are in contact with each other can be adjusted by the hinge 23 a of the connecting arm 23. However, the pressing force of the connecting arm 23 to the hard suction cup 12 due to the downward movement of the nut 16 does not work. Therefore, the hard sucker 12 is not provided. However, the hard suction cup 12 may be provided. (5) Other Embodiments In FIG. 1, FIG. 2, or FIG. 3, the suction cup 10 (adsorbent) or the soft suction cup 11 is attached to the plate material R (first In addition to the plate material S, the plate material S (second plate material) may be used, and the pressing screw 30 (pressing body) may be pressed by the plate material S or the plate material R.

図３のように、押さえねじ３０の先端と板材Ｓの外表面との間に緩衝部４０が挟まれてもよい。この緩衝部４０により、押さえねじ３０の押圧力が緩衝部４０全体に伝わり、緩衝部４０の板材Ｓ側の当接面全体で板材Ｓを板材Ｒへ押圧することができる。また、緩衝部４０を使用することにより、板材Ｓの表面に押さえねじ３０の跡が残るのを防止することができる。 As shown in FIG. 3, the buffer portion 40 may be sandwiched between the tip of the holding screw 30 and the outer surface of the plate material S. By this buffer portion 40, the pressing force of the holding screw 30 is transmitted to the entire buffer portion 40, and the plate material S can be pressed against the plate material R by the entire contact surface on the plate material S side of the buffer portion 40. Moreover, by using the buffer part 40, it is possible to prevent the mark of the presser screw 30 from remaining on the surface of the plate material S.

この緩衝部４０は木材、金属、樹脂、石材などどのような素材でもよいし、剛性、可撓性または弾性があってもよく、板状、立方体、直方体、多面体、球体、半球体、矩形、円板、方形板どどのような形状、大きさでもよい。また、緩衝部４０は複数に分割されて、押さえねじ３０の先端にそれぞれ固定されたり、脱着可能に取り付けられてもよい。また、緩衝部４０はなくてもよい。 The buffer portion 40 may be any material such as wood, metal, resin, stone, and may be rigid, flexible or elastic, and is a plate, cube, cuboid, polyhedron, sphere, hemisphere, rectangle, Any shape and size such as a circular plate and a rectangular plate may be used. Moreover, the buffer part 40 is divided | segmented into plurality and may be fixed to the front-end | tip of the holding screw 30, or may be attached so that attachment or detachment is possible. Further, the buffer 40 may not be provided.

図３のように、板材Ｒおよび６０に対して取付具１Ａが複数取り付けられてもよいし、単数でもよい。また、ひとつの取付具１Ａに設けられる吸盤１０は単数でも複数でもよいし、押さえねじ３０は単数でも複数でもよい。また、吸盤１０および押さえねじ３０はどちらか一方だけでもよいし、どちらもなくてもよい。 As shown in FIG. 3, a plurality of fixtures 1 </ b> A may be attached to the plate materials R and 60, or a single fixture may be used. Moreover, the suction cup 10 provided in one fixture 1A may be single or plural, and the holding screw 30 may be single or plural. Further, either one or both of the suction cup 10 and the holding screw 30 may be omitted.

軟質吸盤１１の形状や材質などはその機能を達成するものであればどのようなものでもよい。軟質吸盤１１の材質は、吸着面が平滑で可撓性または弾性のある材質であればよく、ゴム、エラストマー、軟質プラスチック、アクリル樹脂などどのような材質でもよいし、金属、硬質プラスチック、ガラス、石材、木材など弾性素材や平滑面のない材質でもよい。 Any shape or material may be used for the soft suction cup 11 as long as it achieves its function. The soft sucker 11 may be made of any material such as rubber, elastomer, soft plastic, acrylic resin, etc. as long as the suction surface is smooth and flexible or elastic, and may be metal, hard plastic, glass, It may be an elastic material such as stone or wood, or a material without a smooth surface.

軟質吸盤１１の形状は略正方形の板状に限られず、円形や三角形、矩形、多角形、楕円形、長方形、角が丸くなった方形状などでもよい。軟質吸盤１１は、ひとつの吸盤１０に対して単数でも複数でもよく、複数の場合上下に重ねても水平に並べてもよい。また、軟質吸盤１１はなくてもよい。 The shape of the soft suction cup 11 is not limited to a substantially square plate shape, and may be a circle, a triangle, a rectangle, a polygon, an ellipse, a rectangle, a square with rounded corners, or the like. The soft sucker 11 may be singular or plural with respect to one sucker 10, and in the case of a plurality, the soft suckers 11 may be stacked vertically or horizontally. Further, the soft suction cup 11 may not be provided.

硬質吸盤１２の材質および形状などはその機能を達成するものであればどのようなものでもよい。材質は硬質プラスチックのほか、金属、アクリル樹脂、木材、ガラス、石材、ステンレス、アルミなど剛性がある材質でもよいし、軟質プラスチック、ゴム、エラストマーなど剛性がなく、弾性や可撓性をもつ材質でもよい。 The material and shape of the hard suction cup 12 may be any as long as it achieves its function. The material may be rigid plastic, such as metal, acrylic resin, wood, glass, stone, stainless steel, aluminum, or soft plastic, rubber, elastomer, etc. Good.

硬質吸盤１２の形状は、略正方形のほか、円形、楕円、三角形、多角形、楕円形、長方形、角が丸くなった方形状、球体、半球体、円柱、多角柱、円環、方形環、多角形環などどのような形状でもよいし、断面は「Ｗ字状」「Ｌ字状」「Ｉ字状」「Ｏ字状」「Ｖ字状」「コ字状」のほか、厚みのある断面方形状などでもよい。 The shape of the hard suction cup 12 is substantially square, circular, oval, triangular, polygonal, elliptical, rectangular, rectangular with rounded corners, sphere, hemisphere, cylinder, polygonal column, circular ring, rectangular ring, Any shape such as a polygonal ring may be used, and the cross section may be “W-shaped”, “L-shaped”, “I-shaped”, “O-shaped”, “V-shaped”, “U-shaped”, or thick. A cross-sectional square shape may be used.

上記硬質吸盤１２の内部に形成された中空部１２ａはその機能を達成するものであればどのようなものでもよい。中空部１２ａの深さは、５ミリメートルに限られず深くても浅くてもよいし、深さが一定でなくてもよい。また、中空部１２ａは単数ではなく複数設けられてもよいし、なくてもよい。 As long as the hollow part 12a formed in the inside of the said hard suction cup 12 achieves the function, what kind of thing may be sufficient as it. The depth of the hollow portion 12a is not limited to 5 millimeters, and may be deep or shallow, or the depth may not be constant. Moreover, the hollow part 12a may not be single but may be provided with two or more.

硬質吸盤１２の周縁部１２ｃの幅は四辺にわたって一定でなくてもよい。また、周縁部１２ｃは一列ではなく、二列、三列以上でもよく、複数列の場合、内側に向かって下方突出量が徐々に小さくなってもよい。 The width of the peripheral edge portion 12c of the hard suction cup 12 may not be constant over the four sides. Further, the peripheral edge portion 12c may be two rows, three rows or more instead of one row, and in the case of a plurality of rows, the downward protrusion amount may gradually decrease toward the inside.

挿通孔１２ｂは、その機能を達成するものであればどのようなものでもよい。形状は円柱形に限られず、多角柱、球体、半球体、楕円球体などどのような形状でもよい。また、挿通孔１２ｂは単数でも複数でもよいし、なくてもよい。 The insertion hole 12b may be anything as long as it achieves its function. The shape is not limited to a cylindrical shape, and may be any shape such as a polygonal column, a sphere, a hemisphere, and an elliptic sphere. Further, the insertion hole 12b may be singular, plural or may not be present.

送りねじ１３およびナット１４、１５、１６の材質や形状はその機能を達成するものであれば、どのようなものでもよい。送りねじ１３およびナット１４、１５、１６の材質は、金属のほか、硬質プラスチック、アクリル樹脂、木材、ガラス、石材、ステンレス、アルミなど剛性のある材質でもよいし、軟質プラスチック、ゴム、エラストマーなど弾性や可撓性をもつ材質でもよい。 The material and shape of the feed screw 13 and the nuts 14, 15, 16 may be any as long as they achieve their functions. The material of the feed screw 13 and nuts 14, 15, 16 may be rigid material such as hard plastic, acrylic resin, wood, glass, stone, stainless steel, aluminum, etc. in addition to metal, or elastic such as soft plastic, rubber, elastomer, etc. Or a flexible material.

また、送りねじ１３の外側の表面にはねじ溝があってもなくてもよいし、直径は７ミリメートルに限られずどのような大きさでもよいし、ナット１４、１５、１６が螺合しなくてもよい。送りねじ１３およびナット１４、１５、１６の断面は、円形、楕円形、円環、三角形、矩形、多角形、多角形環、「Ｗ字状」「Ｌ字状」「Ｉ字状」「Ｏ字状」「Ｖ字状」「コ字状」などどのような形状でもよい。 Further, the outer surface of the feed screw 13 may or may not have a thread groove, the diameter is not limited to 7 millimeters, and may be any size, and the nuts 14, 15, and 16 are not screwed together. May be. The cross sections of the feed screw 13 and the nuts 14, 15, 16 are circular, oval, circular, triangular, rectangular, polygonal, polygonal, “W”, “L”, “I”, “O” Any shape such as “letter shape”, “V shape”, “U shape” may be used.

保持板１３ａと送りねじ１３は溶接のほか、接着、蝶着、嵌着、カシメなどどのような方法で連結固定されていてもよく、脱着可能でもよいし、連結固定されていなくてもよい。保持板１３ａの形状は円板状のほか、三角形板、方形板、矩形板、多角形板、楕円板、角が丸くなった方形板…などどのような形状でもよいし、板状ではなく、網状、枠状、厚みのある円錐、角錐、円錐台、角錐台、円柱、角柱、直方体、立方体、半球形などの形状でもよい。 In addition to welding, the holding plate 13a and the feed screw 13 may be connected and fixed by any method such as adhesion, butterfly attachment, fitting, and caulking, and may be detachable or may not be connected and fixed. The shape of the holding plate 13a may be any shape such as a circular plate, a triangular plate, a rectangular plate, a rectangular plate, a polygonal plate, an elliptical plate, a square plate with rounded corners, etc. The shape may be a net shape, a frame shape, a thick cone, a pyramid, a truncated cone, a truncated pyramid, a cylinder, a prism, a rectangular parallelepiped, a cube, a hemisphere, or the like.

保持板１３ａは、溶接された板状ではなく、球関節や蝶番関節などによって軟質吸盤１１と連結してもよい。材質は金属に限られず、ガラス、石材、木材、プラスチック、樹脂、ゴム、ウレタンなど剛性をもつ材質でも弾性をもつ材質でもよい。保持板１３ａは軟質吸盤１１の内部に埋め込まれるほか、軟質吸盤１１の底面または表面に固定されてもよい。また、保持板１３ａは単数または複数でもよいし、なくてもよい。 The holding plate 13a may be connected to the soft suction cup 11 by a ball joint or a hinge joint instead of a welded plate shape. The material is not limited to metal, and may be a rigid material such as glass, stone, wood, plastic, resin, rubber, urethane, or an elastic material. The holding plate 13 a may be fixed to the bottom surface or the surface of the soft suction cup 11 in addition to being embedded in the soft suction cup 11. Further, the holding plate 13a may be single or plural, or may not be present.

連結アーム２０、２３はその機能を達成するものであれば、どのようなものでもよい。連結アーム２０、２３は、角パイプのように内部が空洞ではなく、鉄の棒で形成されてもよいし、その断面は、円形、三角形、矩形、多角形、円環、多角形環、「Ｗ字状」「Ｌ字状」「Ｉ字状」「Ｏ字状」「Ｖ字状」「コ字状」などどのような形状でもよい。 As long as the connection arms 20 and 23 achieve the function, what kind of thing may be sufficient. The connecting arms 20 and 23 may not be hollow inside like a square pipe but may be formed of an iron rod, and the cross-section thereof may be a circle, a triangle, a rectangle, a polygon, a ring, a polygonal ring, “ Any shape such as a W shape, an L shape, an I shape, an O shape, a V shape, and a U shape may be used.

また材質はステンレスに限られず、金属、硬質プラスチック、木材、ガラスなど、硬質または剛性のある材質でもよいし、ゴム、ウレタン、軟質プラスチック、カーボンなど可撓性または弾性のある材質でもよい。 The material is not limited to stainless steel, and may be a hard or rigid material such as metal, hard plastic, wood, glass, or a flexible or elastic material such as rubber, urethane, soft plastic, or carbon.

連結アーム２０、２３は、角パイプの端を溶接で固定して形成されるほか、ひとつの角パイプを折り曲げて形成してもよいし、図４のように蝶番などで形成されて回動自在に角度が変化してもよい。 The connecting arms 20 and 23 are formed by fixing the ends of the square pipes by welding, may be formed by bending one square pipe, or are formed by hinges or the like as shown in FIG. The angle may change.

連結アーム２０、２３がなす角度はほぼ４５度乃至１３５度に限られず、どのような角度を形成してもよく、一定の角度で固定されるのではなく、角度が変化してもよい。連結アーム２０の角は丸く湾曲してもよいし、連結アーム２０、２３は幅が広く、板材ＲとＳとの両優角外面をほぼ覆う形状でもよい。 The angle formed by the connecting arms 20 and 23 is not limited to approximately 45 to 135 degrees, and any angle may be formed, and the angle may be changed instead of being fixed at a fixed angle. The corners of the connecting arm 20 may be rounded, or the connecting arms 20 and 23 may be wide and substantially cover the outer surfaces of the dominant angles of the plates R and S.

連結アーム２０、２３、連結板５０は、細長い板状に限られず、板材Ｒ、Ｓのほぼ全面を覆う、広い板状、網状、枠状などでもよいし、連結アーム２０、２３と連結板５０とは一体化して、この一体板に上記長ねじ穴２３ｄ、２３ｅ、ねじ穴５０ａが多数形成されてもよい。 The connecting arms 20 and 23 and the connecting plate 50 are not limited to an elongated plate shape, and may be a wide plate shape, a net shape, a frame shape, or the like covering almost the entire surface of the plate materials R and S, or the connecting arms 20 and 23 and the connecting plate 50. And a plurality of the long screw holes 23d and 23e and the screw holes 50a may be formed in the integrated plate.

蝶番２３ｃは、軟質プラスチック、リンク、左アーム２３ａと右アーム２３ｂとの向きを変えることができればどのようなものでもよい。 The hinge 23c may be anything as long as it can change the direction of the soft plastic, the link, and the left arm 23a and the right arm 23b.

また、ひとつの取付具１Ａ、１Ｂ、１Ｃにおいて、連結アーム２０、２３の数は単数でも複数でもよいし、なくてもよい。連結アーム２０、２３に穿たれるねじ穴２１ａ、２２ａ…、長ねじ穴２３ｄ、２３ｅは、単数でも複数でもよいし、ねじ穴２１ａ、２２ａ、長ねじ穴２３ｄ、２３ｅはなくてもよい。 Moreover, in one fixture 1A, 1B, 1C, the number of the connection arms 20 and 23 may be one or more, or may not be. The screw holes 21a, 22a... And the long screw holes 23d and 23e formed in the connecting arms 20 and 23 may be single or plural, and the screw holes 21a and 22a and the long screw holes 23d and 23e may not be provided.

押さえねじ３０は、その機能を達成するものであればどのようなものでもよく、材質は金属のほか、ステンレス、硬質プラスチック、木材、ガラスなど、硬質で剛性のある材質でもよいし、ゴム、ウレタン、エラストマー、軟質プラスチック、カーボンなど可撓性または弾性のある材質でもよい。形状は棒状のほか、どのような形状でもよい。また、ひとつの取付具１Ａ、１Ｂ、１Ｃにおいて、押さえねじ３０の数は単数のほか、複数でもよいし、なくてもよい。 The holding screw 30 may be any material that achieves its function, and the material may be a metal, a hard and rigid material such as stainless steel, hard plastic, wood, glass, rubber, urethane. Alternatively, a flexible or elastic material such as elastomer, soft plastic, or carbon may be used. The shape may be any shape other than a rod shape. Moreover, in one fixture 1A, 1B, 1C, the number of the holding screws 30 may be one or more, or may be plural.

板材Ｒと板材Ｓはともに端縁以外に、板材Ｒと板材Ｓの一方またはは両方の中央部分などで取り付けられてもよい。この場合、連結アーム２０、２３の形状は、板材Ｒ、Ｓの表面に沿って湾曲した形状となる。 Both the plate material R and the plate material S may be attached at one or both of the center portions of the plate material R and the plate material S in addition to the edge. In this case, the shapes of the connecting arms 20 and 23 are curved along the surfaces of the plate materials R and S.

以上のような板材Ｒ、Ｓは以下の用途に使用される。建材、内装材、家具、展示用パネル、造作用パネルなどである。家具、造作用パネル、としては、収納箱、整理箱、箱、本棚、棚、たんす、机、台、引き出し、衝立等がある。建材、内装材としては、外壁、内壁、屋根、天井、床、扉、引き戸、開き戸、戸、窓、雨戸、階段、衝立、襖、棚などである。この箱では、板材Ｒ、Ｓの四辺に取付具１Ａ、１Ｂ、１Ｃが取り付けられて、各板材Ｒ、Ｓが連結固定されて、箱状にされる。 The plate materials R and S as described above are used for the following applications. Building materials, interior materials, furniture, display panels, construction panels, etc. As furniture and construction panels, there are storage boxes, arrangement boxes, boxes, bookshelves, shelves, chests, desks, tables, drawers, partitions, and the like. Building materials and interior materials include outer walls, inner walls, roofs, ceilings, floors, doors, sliding doors, hinged doors, doors, windows, shutters, stairs, screens, fences, shelves, and the like. In this box, the fixtures 1A, 1B, and 1C are attached to the four sides of the plate materials R and S, and the plate materials R and S are connected and fixed to form a box shape.

展示用パネル、造作用パネル、としては、製品・商品・美術品・工芸品・骨董品の展示会などの展示用パネル、衝立、写真盾、展示盾、美術品盾またはパーテーションなどであり、板材Ｒ、Ｓが取付具１Ａ、１Ｂ、１Ｃで連結されて、種々の形態の展示用パネルが構成される。この場合、板材Ｒ、Ｓは垂直方向に立設されるほか、斜め、水平方向にも設置され、垂直方向の板材Ｒ、Ｓの土台、天井、上下の仕切り、棚、看板などとしても使用される。このように、板材Ｒ、Ｓは、他に造作用パネル、建材、内装材、家具、展示用パネルなどの板材であってもよい。 Display panels and construction panels include display panels for exhibitions of products, products, arts, crafts, and antiques, screens, photo shields, exhibition shields, art shields, partitions, etc. R and S are connected by fixtures 1A, 1B, and 1C to form various types of display panels. In this case, the plate materials R and S are installed vertically and obliquely and horizontally, and are also used as the bases, ceilings, upper and lower partitions, shelves, signs, etc. of the vertical plate materials R and S. The As described above, the plate materials R and S may be plate materials such as a construction panel, a building material, an interior material, furniture, and a display panel.

（６）他の考案の効果
[１] ほぼ４５度乃至１３５度の角度をなして連結される第一板材および第二板材に対して、この第一板材の内の一方の外側の優角面側に吸着される複数の吸着体と、この吸着体に固定され、上記第一板材および第二板材の両外側の優角面側にほぼ平行に配置される連結体と、この連結体の上記第二板材側に取り付けられ、第二板材に対して接近および離反が可能な押圧体とを備え、第一板材に対して第二板材を取り付けることを特徴とする板材の取付具。これにより、第一板材に第二板材をほぼ４５度から１３５度の角度で取り付けることが可能になる。 (6) Effects of other devices
[1] With respect to the first plate member and the second plate member connected at an angle of approximately 45 degrees to 135 degrees, a plurality of suctions that are attracted to one of the outer surfaces of the first plate member. A body, a fixed body fixed to the adsorbent body, and a connection body disposed substantially parallel to the outer surfaces of the first plate and the second plate, and attached to the second plate side of the connection body, And a pressing member capable of moving toward and away from the second plate member, and the second plate member is attached to the first plate member. As a result, the second plate can be attached to the first plate at an angle of approximately 45 to 135 degrees.

[２] 上記第一板材に端縁に上記第二板材の端縁が取り付けられて接合または接着されることを特徴とする請求項１記載の板材の取付具。これにより、取り付けにくい板材の端縁どうしを容易に取り付けることができる。 2. The plate material fixture according to claim 1, wherein an edge of the second plate material is attached to an edge of the first plate material and bonded or bonded thereto. Thereby, the edge of the board | plate material which is hard to attach can be attached easily.

[３]上記第一板材と上記第二板材とはほぼ９０度の角度をなして連結されることを特徴とする請求項１または２記載の板材の取付具。これにより、取り付けにくいほぼ９０度の角度をなす板材の端縁どうしを容易に取り付けることができる。 [3] The plate attachment according to claim 1 or 2, wherein the first plate and the second plate are connected at an angle of approximately 90 degrees. Thereby, the edge of the board | plate material which makes the angle of about 90 degree | times difficult to attach can be attached easily.

[４] 上記吸着体は第一板材外表面から連結体に向かって付勢されることを特徴とする請求項１、２、または３記載の板材の取付具。これにより、吸着体内部の気圧が下がって吸着体は第一板材外面より容易に離脱しないよう吸着される。 [4] The plate member fixture according to [1], [2], or [3], wherein the adsorbent is urged from the outer surface of the first plate member toward the connector. As a result, the pressure inside the adsorbent is lowered and the adsorbent is adsorbed so as not to be easily detached from the outer surface of the first plate member.

[５]上記吸着体と連結体との間には、上記吸着体の周縁を第一板材の外面に対して押圧する押さえ付け体が設けられていることを特徴とする請求項４記載の板材の取付具。これにより、吸着体は第一板材外面より容易に離脱しないよう吸着される。 [5] The plate material according to claim 4, wherein a pressing body is provided between the adsorbent and the coupling body to press the periphery of the adsorbent against the outer surface of the first plate. Fittings. Thereby, the adsorbent is adsorbed so as not to be easily detached from the outer surface of the first plate member.

[６]上記連結体が上記吸着体に固定されるとき、上記押さえ付け体は、吸着体外面と連結体内面との間に挟まれ、当該押さえ付け体が吸着体または第一板材外面に固定されるとともに、この連結体も吸着体または第一板材外面に固定されることを特徴とする請求項５記載の板材の取付具。 [6] When the connecting body is fixed to the adsorbing body, the pressing body is sandwiched between the outer surface of the adsorbing body and the inner surface of the connecting body, and the pressing body is fixed to the outer surface of the adsorbing body or the first plate member. 6. The plate member fixture according to claim 5, wherein the connecting member is also fixed to the outer surface of the adsorbent or the first plate member.

これにより、吸着体に対する付勢と押圧が同時に行われ、吸着体が第一板材へ容易に取り付けられることができ、さらに容易に離脱しないよう第一板材に固定される。さらに、押さえ付け体は、吸着体および連結体にしっかりと固定され、この結果、押さえ付け体は第一板材にしっかりと固定される。以上の結果、取付具全体は、第一板材にしっかりと固定される。 Thereby, the urging | biasing and press with respect to an adsorption body are performed simultaneously, and an adsorption body can be easily attached to a 1st board | plate material, and is fixed to a 1st board | plate material so that it may not remove | leave easily. Further, the pressing body is firmly fixed to the adsorbing body and the coupling body, and as a result, the pressing body is firmly fixed to the first plate member. As a result of the above, the entire fixture is firmly fixed to the first plate member.

通常取り付けが難しい４５度乃至１３５度の角度をなす複数の板材が容易に取り付けられる。板材Ｒに吸着された軟質吸盤１１の送りねじ１３の上端からナット１４が螺合され、硬質吸盤１２と連結アーム２０の吸着側アーム２１が、ナット１４と軟質吸盤１１との間に挟まれ固定される。さらにナット１４が回されると、軟質吸盤１１が引き上げられて軟質吸盤１１内の気圧が下がり、軟質吸盤１１のの吸着力が増す。 A plurality of plate members having an angle of 45 to 135 degrees, which is usually difficult to attach, can be easily attached. The nut 14 is screwed from the upper end of the feed screw 13 of the soft sucker 11 adsorbed to the plate material R, and the hard sucker 12 and the suction side arm 21 of the connecting arm 20 are sandwiched between the nut 14 and the soft sucker 11 and fixed. Is done. When the nut 14 is further rotated, the soft suction cup 11 is pulled up, the atmospheric pressure in the soft suction cup 11 is lowered, and the suction force of the soft suction cup 11 is increased.

しかし、軟質吸盤１１の周縁は硬質吸盤１２の周縁部１２ｃで押さえ付けらて固定され、吸着側アーム２１及び連結アーム２０全体も板材Ｒに固定される。連結アーム２０の押圧側アーム２２の押さえねじ（押圧体）３０が回動されると、板材Ｓの端縁が板材Ｒの端縁に押しつけられて嵌着され、板材Ｒの端に板材Ｓの端が連結固定される。 However, the peripheral edge of the soft suction cup 11 is pressed and fixed by the peripheral edge portion 12c of the hard suction cup 12, and the suction side arm 21 and the entire connecting arm 20 are also fixed to the plate material R. When the holding screw (pressing body) 30 of the pressing arm 22 of the connecting arm 20 is rotated, the edge of the plate material S is pressed against and fitted to the edge of the plate material R, and the plate material S is attached to the end of the plate material R. The ends are connected and fixed.

１０…吸盤（吸着体）、１１…軟質吸盤、
１２…硬質吸盤（押さえ付け体）、
１２ａ…中空部、１２ｂ…挿通孔、１２ｃ…周縁部、
１３…送りねじ、１３ａ…保持板、
１４…ナット、１５…ナット、１６…ナット、
２０…連結アーム（連結体）、
２１…吸着側アーム、２１ａ…ねじ穴、
２２…押圧側アーム、２２ａ…ねじ穴、
２３…連結アーム（連結体）、
２３ａ…右アーム、２３ｂ…左アーム、
２３ｃ…蝶番、２３ｄ、２３ｅ…長ねじ穴、
３０…押さえねじ（押圧体）、３０ａ…取っ手、
４０…緩衝部、５０…連結板、
５０ａ…切欠穴、５１…磁石、
Ｒ…板材（第一板材）、Ｓ…板材（第二板材）、
１Ａ、１Ｂ、１Ｃ、Ｐ…取付具。 10 ... sucker (adsorbent), 11 ... soft sucker,
12 ... Hard sucker (pressing body),
12a ... hollow part, 12b ... insertion hole, 12c ... peripheral part,
13 ... feed screw, 13a ... holding plate,
14 ... nuts, 15 ... nuts, 16 ... nuts,
20: Connecting arm (connecting body),
21 ... Adsorption side arm, 21a ... Screw hole,
22 ... Pressing side arm, 22a ... Screw hole,
23 ... Connecting arm (connecting body),
23a ... right arm, 23b ... left arm,
23c ... hinge, 23d, 23e ... long screw hole,
30 ... Holding screw (pressing body), 30a ... Handle,
40 ... buffer part, 50 ... connecting plate,
50a ... Notch hole, 51 ... Magnet,
R: plate material (first plate material), S: plate material (second plate material),
1A, 1B, 1C, P ... fixtures.

Claims

A plurality of adsorbents that are adsorbed on one of the major surfaces on the outer side of the first plate, with respect to the first plate and the second plate connected at an angle of approximately 45 degrees to 135 degrees;
A coupling body fixed to the adsorbent and disposed substantially parallel to the outer surface of the first plate and the second plate;
It is attached to the second plate material side of the coupling body, and includes a pressing body that can approach and separate from the second plate material,
A plate fixture, wherein the second plate is attached to the first plate.

2. The plate material fixture according to claim 1, wherein an edge of the second plate material is attached to an edge of the first plate material and bonded or bonded thereto.

3. The plate member fixture according to claim 1, wherein the first plate member and the second plate member are connected at an angle of approximately 90 degrees.

The plate material fixture according to claim 1, 2, or 3, wherein the adsorbent is biased from the outer surface of the first plate toward the connector.

5. A plate mounting tool according to claim 4, wherein a pressing body is provided between the adsorbing body and the coupling body to press the peripheral edge of the adsorbing body against the outer surface of the first plate material. .

When the connecting body is fixed to the adsorbent, the pressing body is sandwiched between the outer surface of the adsorbing body and the inner surface of the connecting body, and the pressing body is fixed to the outer surface of the adsorbing body or the first plate member. 6. The plate member fixture according to claim 5, wherein the coupling body is also fixed to the adsorbent or the outer surface of the first plate member.