JP3031487U - Framework assembly - Google Patents
Framework assemblyInfo
- Publication number
- JP3031487U JP3031487U JP1995010202U JP1020295U JP3031487U JP 3031487 U JP3031487 U JP 3031487U JP 1995010202 U JP1995010202 U JP 1995010202U JP 1020295 U JP1020295 U JP 1020295U JP 3031487 U JP3031487 U JP 3031487U
- Authority
- JP
- Japan
- Prior art keywords
- frame
- pipe
- main body
- connecting pipe
- spring
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Landscapes
- Assembled Shelves (AREA)
- Mutual Connection Of Rods And Tubes (AREA)
Abstract
(57)【要約】
【課題】 正方形枠などに、外れ落ちないように枠付き
ボード40を装着した枠組み集成体を提供する。
【解決手段】 多方向連結部材10に設けた直交する角
形の挿入支え管11内に連結用ばね30を嵌め、挿入支
え管11に角形の連結管20の両端部を嵌合させて正方
形枠を構成し、正方形枠に枠付きボード40の板状体4
1裏面に設けた枠壁42を嵌合させ、板状体41のフラ
ンジ部41aを連結管20の表面に支持させ、連結用ば
ね30のほぼU字形の板ばね本体31から突出した係合
突起32,長い係合突起33に、挿入支え管11、連結
管20、枠壁42に2個ずつ1組として形成した貫通孔
12,21,43をそれぞれ嵌合させ、長い係合突起3
3の先端部に形成した凹溝33aを枠壁42の貫通孔4
3の周壁部に係合させた。
[PROBLEMS] To provide a frame assembly in which a framed board 40 is mounted on a square frame or the like so as not to fall off. SOLUTION: A connecting spring 30 is fitted in a rectangular insertion supporting pipe 11 provided in a multi-directional connecting member 10 at right angles, and both ends of a rectangular connecting pipe 20 are fitted in the insertion supporting pipe 11 to form a square frame. The plate-like body 4 of the board 40 with a frame in a square frame
1 Engagement protrusions protruding from the substantially U-shaped leaf spring main body 31 of the connecting spring 30 by fitting the frame wall 42 provided on the back surface to support the flange portion 41a of the plate-like body 41 on the front surface of the connecting pipe 20. 32, the long engaging protrusions 33 are fitted into the insertion supporting pipes 11, the connecting pipes 20, and the through holes 12, 21, 43 formed as a set of two in the frame wall 42, respectively.
The concave groove 33a formed at the tip of the frame 3 is formed in the through hole 4 of the frame wall 42.
3 was engaged with the peripheral wall portion.
Description
【0001】[0001]
この考案は、多方向連結部材、連結管、および連結用ばねによって構成した正 方形枠などの枠に、枠付きボードを装着し、物品を載せる棚などとする枠組み集 成体に関するものである。 The present invention relates to a frame assembly in which a framed board is mounted on a frame such as a square frame composed of a multidirectional connecting member, a connecting pipe, and a connecting spring, and which serves as a shelf on which articles are placed.
【0002】[0002]
従来、枠組み集成体として、図1,図2に示すように、多方向連結部材10と 、連結管20と、連結用ばね30と、枠付きボード40とによって構成したもの があった。 Conventionally, as a frame assembly, as shown in FIGS. 1 and 2, there has been a structure including a multidirectional connecting member 10, a connecting pipe 20, a connecting spring 30, and a framed board 40.
【0003】 前記連結部材10は、立方体状の主体13の所要の外面に、横断面を角状好ま しくは正方形状の挿入支え管11の基端を固着し、挿入支え管11の軸心と主体 13の外面の中心とを一致させ、挿入支え管11の各面(4面)に端側,中央側 貫通孔12を間隔を設けてそれぞれ形成してある。そして、挿入支え管11は、 主体13の中心に対し前後,左右および上下方向に、直線状または直角状に、必 要に応じ2〜6方向に主体13外面から複数の方向に突出させてある。The connecting member 10 is formed by fixing a proximal end of an insertion supporting tube 11 having a rectangular cross section or a square shape to a required outer surface of a cubic main body 13 so as to form an axial center of the insertion supporting tube 11. The center of the outer surface of the main body 13 is made to coincide with each other, and the through holes 12 are formed on the respective surfaces (4 surfaces) of the insertion support tube 11 at the end side and the center side at intervals. The insertion support tube 11 is projected in a plurality of directions from the outer surface of the main body 13 in a straight line or at a right angle in the front-back, left-right, and up-down directions with respect to the center of the main body 13, and optionally in 2 to 6 directions. .
【0004】 前記連結管20は、横断面を角形好ましくは正方形状にしてあり、端部を挿入 支え管11の外周に嵌めて端面を主体13の外面に当接させた状態で、挿入支え 管11の端側,中央側に貫通孔12とそれぞれ合致する、貫通孔21をそれぞれ 形成してある。The connecting pipe 20 has a rectangular cross section, preferably a square shape, and the insertion support pipe is inserted in a state where the end portion is fitted to the outer periphery of the insertion support pipe 11 and the end face is brought into contact with the outer surface of the main body 13. Through holes 21 are formed respectively on the end side and the center side of 11 so as to match the through holes 12.
【0005】 前記連結用ばね30は、先端(開口)側が拡がるほぼU字形に成形した板ばね 本体31を有し、板ばね本体31の一辺31aのみに段31bを介してこれより 先端側を他辺と離間させると共に、先端開口側に他辺31c間と間隔が拡がる形 状とし、一辺31aの段31bより先端側に前記貫通孔12,21にそれぞれ嵌 まる2個の係合突起32を外側にそれぞれ突出させてある。なお、係合突起32 は横断面を円形にしてある。The connecting spring 30 has a substantially U-shaped leaf spring main body 31 whose tip (opening) side is widened. Only one side 31 a of the leaf spring main body 31 is provided with a step 31 b on the tip side. Two engaging projections 32, which are fitted to the through holes 12 and 21, are formed on the tip end side of the step 31b of the one side 31a while being separated from the sides and widening the gap between the other sides 31c on the tip opening side. It is projected to each. The engaging projection 32 has a circular cross section.
【0006】 前記枠付きボード40は、正方形または長方形の板状体41の裏面に比較的幅 が狭い枠壁42を突出させ、この枠壁42は板状体41と相似で、これより若干 小さく、板状体41のフランジ部41aが枠壁42外周側に形成してある。また 、枠壁42の各隅部を挾むこれらの近くには、挿入支え管11、連結管20に形 成した貫通孔12,貫通孔21にそれぞれ合致する貫通孔43が2個ずつ合計1 6個形成してある。なお、図1,図2には図示省略したが板状体41のフランジ 部41aの各隅角部には連結部材10の主体13との干渉を避けるための切り欠 きが形成してある。In the framed board 40, a frame wall 42 having a relatively narrow width is protruded from the back surface of a square or rectangular plate-like body 41. The frame wall 42 is similar to the plate-like body 41 and is slightly smaller than this. The flange portion 41a of the plate-like body 41 is formed on the outer peripheral side of the frame wall 42. In addition, in the vicinity of the corners of the frame wall 42, two through holes 43 respectively corresponding to the through holes 12 formed in the insertion support pipe 11 and the connecting pipe 20 and the through holes 21 are provided in total near each of them. Six are formed. Although not shown in FIGS. 1 and 2, notches are formed at the corners of the flange portion 41a of the plate-like body 41 to avoid interference with the main body 13 of the connecting member 10.
【0007】 前記各部材を、図1に示した分解状態から図2に示した枠組み集成体に組み立 てるには、次のようにする。 まず、前記連結部材10の各挿入支え管11内に連結用ばね30を、板ばね本 体31の先端(開口)側から押込み、連結用ばね30の板ばね本体31を、先端 側の幅が狭くなるように弾性変形させ、その復元力によって挿入支え管11の内 面に支持させ、板ばね本体30に設けた2個の係合突起32を挿入支え管11に 形成した2個の貫通孔12にそれぞれ係合させる。To assemble the above-mentioned members from the disassembled state shown in FIG. 1 to the frame assembly shown in FIG. 2, the following is performed. First, the connecting spring 30 is pushed into each insertion support tube 11 of the connecting member 10 from the tip (opening) side of the leaf spring main body 31, so that the leaf spring main body 31 of the connecting spring 30 has a width on the tip side. Two through-holes formed in the insertion support tube 11 by elastically deforming it so as to narrow it and supporting it on the inner surface of the insertion support tube 11 by its restoring force, and forming two engagement protrusions 32 provided in the leaf spring main body 30 in the insertion support tube 11. 12 respectively.
【0008】 次に、挿入支え管11に連結管20の端部を嵌合させ、この端部に形成した2 個の貫通孔21に挿入支え管11の貫通孔12から突出した2個の係合突起32 をそれぞれ係合させて、挿入支え管11と連結管20と連結し、これらを4つず つ用いることで、正方形枠または長方形枠を構成する。Next, the end portion of the connecting pipe 20 is fitted into the insertion support pipe 11, and the two through holes 21 formed at the end portions of the insertion support pipe 11 protrude from the through hole 12 of the insertion support pipe 11. The fitting protrusions 32 are engaged with each other to connect the insertion supporting pipe 11 and the connecting pipe 20, and by using four of these, a square frame or a rectangular frame is formed.
【0009】 その後、構成した前記正方形枠または長方形枠内に、枠付きボード40の枠壁 42を嵌合させ、枠壁42の各隅部に形成した各2個の貫通孔43に連結管20 の貫通孔21から突出した各2個の係合突起32をそれぞれ係合させ、枠付きボ ード40に設けた板状体41のフランジ部41aの裏面を連結管20の表面に支 持させて、枠組み集成体を構成している。After that, the frame wall 42 of the framed board 40 is fitted into the formed square frame or rectangular frame, and the connecting pipes 20 are connected to the two through holes 43 formed at each corner of the frame wall 42. Each of the two engaging protrusions 32 protruding from the through hole 21 is engaged with each other so that the back surface of the flange portion 41a of the plate-like body 41 provided on the framed board 40 is supported on the front surface of the connecting pipe 20. Form a framework assembly.
【0010】 そして、前記連結部材10と連結管20とによって構成した正方形枠または長 方形枠は、一部の連結管20を共用して、複数を半面的および立体的に連設し、 連設した所要の前記枠に枠付きボード40を装着して、物品を載せる棚などを構 築してる(図5参照)。The square frame or the rectangular frame composed of the connecting member 10 and the connecting pipe 20 shares a part of the connecting pipe 20, and a plurality of them are connected half-dimensionally and three-dimensionally. The framed board 40 is attached to the required frame to construct a shelf or the like on which articles are placed (see FIG. 5).
【0011】[0011]
前述した構成の枠組み集成体では、枠付きボード40の枠壁42に設けた貫通 孔43に、連結用ばね30の板ばね本体31に設けた係合突起32を係合させて 、枠付きボード40のフランジ部41aを連結管20の表面に支持されているだ けであるため、枠付きボード40が連結部材10と連結管20とによって構成し た正方形枠または長方形枠にしっかりと固定されたものではなく、枠付きボード 40が前記正方形枠または長方形枠から外れ落ちる恐れがある。 とくに、連結部材10と連結管20とを用い、一部の連結管20を共用して、 複数の正方形枠や長方形枠を連設し、所要の前記正方形枠,長方形枠に枠付きボ ード40を装着したのでは、枠付きボード40がより外れやすくなるという問題 点があった。 In the frame assembly having the above-described configuration, the through holes 43 provided in the frame wall 42 of the framed board 40 are engaged with the engaging protrusions 32 provided in the leaf spring main body 31 of the connecting spring 30 to form the framed board. Since the flange portion 41a of 40 is only supported on the surface of the connecting pipe 20, the framed board 40 is firmly fixed to the square frame or the rectangular frame formed by the connecting member 10 and the connecting pipe 20. However, the framed board 40 may fall out of the square frame or the rectangular frame. In particular, the connecting member 10 and the connecting pipe 20 are used, a part of the connecting pipe 20 is shared, and a plurality of square frames and rectangular frames are continuously provided. When the 40 is attached, the framed board 40 is more likely to come off.
【0012】 すなわち、多方向連結部材10の挿入支え管11内には各1個の連結用ばね3 0しか入らないことで、共用する連結管20の一端部に位置する連結用ばね30 の係合突起32を、前記連結管20の貫通孔21と、連結管20の一側に位置す る枠付きボード40の枠壁42の貫通孔43に係合させ、連結管20の他端部に 位置する連結用ばね30の係合突起32を、連結管20の貫通孔21と、連結管 20の他側に位置する枠付きボードの枠壁42の貫通孔43に係合させている。 このため、共用する連結管20の両側に位置する枠付きボード40の枠壁42 に係合突起32が係合する数が少なくなり、枠付きボード40が正方形枠などか らより外れやすくなる(図5参照)。That is, since only one connecting spring 30 is inserted into the insertion supporting pipe 11 of the multidirectional connecting member 10, the coupling spring 30 located at one end of the shared connecting pipe 20 is engaged. The mating protrusion 32 is engaged with the through hole 21 of the connecting pipe 20 and the through hole 43 of the frame wall 42 of the framed board 40 located on one side of the connecting pipe 20 so that the other end of the connecting pipe 20 is secured. The engaging protrusions 32 of the connecting spring 30 located therein are engaged with the through holes 21 of the connecting pipe 20 and the through holes 43 of the frame wall 42 of the framed board located on the other side of the connecting pipe 20. Therefore, the number of engagement projections 32 engaging with the frame walls 42 of the framed board 40 located on both sides of the shared connecting pipe 20 is reduced, and the framed board 40 is more easily disengaged from a square frame or the like ( (See FIG. 5).
【0013】 この考案は、前述した問題点を、連結用ばねの係合突起の改良によって、簡単 に解決し、枠付きボードが正方形枠,長方形枠から外れ落ちるのを確実に防止で きる、枠組み集成体を提供することを目的としている。The present invention can easily solve the above-mentioned problems by improving the engaging protrusions of the connecting spring, and can reliably prevent the framed board from falling off the square frame or the rectangular frame. It is intended to provide an assembly.
【0014】[0014]
請求項1に係る考案は、複数の角形の挿入支え管を中心部から前後,左右およ び上下方向に直線状または直角状に2〜6方向に突出させた多方向連結部材と、 前記挿入支え管に両端部が嵌合する角形の連結管と、先端側が拡がるほぼU字形 の板ばね本体の一片外側に2個の係合突起を突出させた連結用ばねと、正方形ま たは長方形の板状体の裏面にこの板状体と相似形の枠壁を設けかつ枠壁の外周側 に板状体のフランジ部を突出させた枠付きボードとを備え、前記連結部材の挿入 支え管内に前記連結用ばねを押し込み支持させ、挿入支え管に形成した2個の貫 通孔に連結用ばねの係合突起を係合させ、挿入支え管に前記連結管の端部を嵌め 、この端部に形成した2個の貫通孔に前記挿入支え管の貫通孔から突出した前記 係合突起をそれぞれ係合させ、前記連結部材と連結管とによって正方形枠または 長方形枠を構成し、構成した枠内に、前記枠付きボードの枠壁を嵌合させ、枠壁 の各隅部に形成した2個の貫通孔に前記連結管の貫通孔から突出した前記係合突 起を係合させ、枠付きボードの板状体のフランジ部を前記連結管に支持させて、 枠付きボードを正方形枠または長方形枠に装着した枠組み集成体であって、前記 連結用ばねの板ばね本体に設けた係合突起の一方を他方より長い係合突起とし、 長い係合突起の先端部外周に形成した凹溝を、前記枠壁の隅部に形成した一方の 貫通孔の周壁部に係合させたものである。 The invention according to claim 1 is a multi-directional connecting member having a plurality of prismatic insertion support tubes protruding from the center in a straight or right-and-left direction in the front-rear, left-right, and up-down directions in 2 to 6 directions; A square connecting pipe whose both ends fit into the supporting pipe, a connecting spring in which two engaging projections are projected on one outer side of a substantially U-shaped leaf spring main body whose tip end side expands, and a square or rectangular shape. A frame wall similar to this plate body is provided on the back surface of the plate body, and a framed board in which the flange portion of the plate body is protruded is provided on the outer peripheral side of the frame wall. The connecting spring is pushed and supported, the engaging projections of the connecting spring are engaged with the two through holes formed in the insertion supporting pipe, and the end portion of the connecting pipe is fitted into the insertion supporting pipe. The engaging projections protruding from the through holes of the insertion supporting tube are provided in the two through holes formed in the And a square frame or a rectangular frame is constituted by the connecting member and the connecting pipe, and the frame wall of the board with a frame is fitted into the frame formed and formed at each corner of the frame wall. The through holes of the connecting pipe are engaged with the engaging protrusions of the individual connecting holes, and the flange portion of the plate-shaped body of the framed board is supported by the connecting pipe to form the framed board into a square frame or A frame assembly attached to a rectangular frame, wherein one of the engaging projections provided on the leaf spring body of the connecting spring is an engaging projection longer than the other, and a groove formed on the outer periphery of the tip of the long engaging projection. Is engaged with the peripheral wall portion of the one through hole formed in the corner portion of the frame wall.
【0015】 請求項2に係る考案は、請求項1に記載した枠組み集成体において、多方向連 結部材の中央部に立方体状の主体を設け、この主体の外面に挿入支え管の基端を 固定し、挿入支え管に嵌合した連結管の端面が前記主体の外面に当接可能とし、 かつ枠付きボードに設けた板状体のフランジ部の各隅部に、前記主体との干渉防 止用の切り欠きを設けたものである。According to a second aspect of the present invention, in the frame assembly according to the first aspect, a cubic main body is provided in a central portion of the multidirectional connecting member, and a base end of the insertion supporting tube is provided on an outer surface of the main body. The end face of the connecting pipe that is fixed and fitted to the insertion support pipe can be brought into contact with the outer surface of the main body, and the corners of the flange of the plate-shaped body provided on the framed board are protected from interference with the main body. It has a cutout for stopping.
【0016】 請求項3に係る考案は、請求項1または2に記載した枠組み集成体おいて、多 方向連結部材と連結用ばねと連結管とによって、一部の連結管を共用した正方形 枠と長方形枠の少なくとも一方を含む複数の枠を連設し、連設した所要の枠に枠 付きボードを装着したものである。According to a third aspect of the invention, in the frame assembly according to the first or second aspect, there is provided a square frame in which a part of the connecting pipe is shared by the multidirectional connecting member, the connecting spring, and the connecting pipe. A plurality of frames, including at least one of the rectangular frames, are connected in series, and the framed boards are mounted on the required continuous frames.
【0017】[0017]
以下、この考案の一実施形態につき、図3〜図6の各図を参照して説明する。 図3において、10は多方向連結部材、20は連結管、40は枠付きボードで あり、これらは前述した従来の枠組み集成体の多方向連結部材、連結管、枠付き ボードと同構成である。 An embodiment of the present invention will be described below with reference to each of FIGS. In FIG. 3, 10 is a multi-directional connecting member, 20 is a connecting pipe, and 40 is a board with a frame. These have the same configurations as the multi-directional connecting member, the connecting pipe, and the board with a frame of the conventional frame assembly described above. .
【0018】 また、図3,図4において、30は連結用ばねであり、この連結用ばね30は 、前述した従来の連結用ばねと同様な板ばね本体31と板ばね本体31の一辺3 1a外側に湾曲部側に設けた係合突起32とを備えているが、板ばね本体31a の一辺31aの開口(先端)側に、前記係合突起32より長くこれと等しい外径 の断面円形の係合突起33を一辺31a外側に突出させ、この係合突起33の先 端部外周に1対の対向する切り欠き凹溝33aを形成してある。3 and 4, reference numeral 30 denotes a connecting spring, and the connecting spring 30 has a leaf spring main body 31 and one side 31a of the leaf spring main body 31 similar to the above-described conventional connecting spring. Although the engaging protrusion 32 is provided on the outside on the curved portion side, the leaf spring main body 31a has a circular cross-section with an outer diameter longer than the engaging protrusion 32 on the opening (tip) side of one side 31a. The engaging protrusion 33 is projected to the outside of the one side 31a, and a pair of opposed notch grooves 33a are formed on the outer periphery of the front end portion of the engaging protrusion 33.
【0019】 なお、図3〜図6の各図において、図1,図2と同符号は同一部分を示し、こ れらの部分の説明を省略する。また、図5において、41bは枠付きボード40 に設けた板状体41のフランジ部41aの各隅角部に形成した切り欠きであり、 これらの切り欠きは前記連結部材10の主体13とフランジ部41aとの干渉を 避けるために形成したものである。In each of FIGS. 3 to 6, the same reference numerals as those in FIGS. 1 and 2 indicate the same parts, and the description of these parts will be omitted. Further, in FIG. 5, reference numeral 41b denotes notches formed at respective corners of the flange portion 41a of the plate-like body 41 provided on the framed board 40. These notches are formed on the main body 13 of the connecting member 10 and the flange. It is formed to avoid interference with the portion 41a.
【0020】 図3に示した分解状態から図5に示すように枠組み集成体を組み立てる場合、 図5の右側上段などでは、前記連結部材10の各挿入支え管11内に、連結用ば ね30の板ばね本体31を先端(開口)側から押し込み、板ばね本体31の両辺 31a,31c間の先端側の幅が狭くなるように板ばね本体31を弾性変形させ 、その復元力によって両辺31a,31cを挿入支え管11の対向する内面にそ れぞれ支持させ、板ばね本体31の一辺31aの先端側に設けた長い係合突起3 3を挿入支え管11の基端側の貫通孔12に係合させ、かつ一辺31aの湾曲部 側に設けた係合突起32を挿入支え管11の先端側の貫通孔12に係合させる。When the frame assembly is assembled from the disassembled state shown in FIG. 3 as shown in FIG. 5, in the upper right side of FIG. The leaf spring body 31 is pushed from the tip (opening) side, and the leaf spring body 31 is elastically deformed so that the width on the tip side between both sides 31a and 31c of the leaf spring body 31 is narrowed, and the restoring force of both sides 31a, 31c 31c are respectively supported by the inner surfaces of the insertion supporting tube 11 facing each other, and the long engaging protrusions 33 provided on the tip side of one side 31a of the leaf spring main body 31 are provided with the through holes 12 on the base end side of the insertion supporting tube 11. And the engaging projection 32 provided on the curved portion side of the one side 31a is engaged with the through hole 12 on the distal end side of the insertion support tube 11.
【0021】 次に、挿入支え管11に連結管20の端部を嵌合させ、この端部に形成した2 個の貫通孔21に長い係合突起33,係合突起32をそれぞれ係合させて連結さ せ、前記連結部材10を4個、これらの主体13から直角に突出する各2本の挿 入支え管11内に押し込んだ連結用ばね30を8個、両端部に設けた2個ずつの 貫通孔21に長い係合突起33,係合突起32がそれぞれ係合する連結管20を 4本用いることで、正方形枠50を組み立てる。この際、各連結管20の端面を 連結部材10の主体13の対向面に当接させて、連結管20を長手方向に位置決 めすることが好ましい。Next, the end portion of the connecting pipe 20 is fitted into the insertion support pipe 11, and the long engaging protrusions 33 and the engaging protrusions 32 are engaged with the two through holes 21 formed in the end portions. Four connecting members 10, eight connecting springs 30 pushed into the two insertion support tubes 11 projecting at right angles from the main body 13, and two connecting springs 30 provided at both ends. The square frame 50 is assembled by using four connecting pipes 20 in which the long engaging protrusions 33 and the long engaging protrusions 32 engage with the respective through holes 21. At this time, it is preferable that the end surface of each connecting pipe 20 is brought into contact with the facing surface of the main body 13 of the connecting member 10 to position the connecting pipe 20 in the longitudinal direction.
【0022】 その後、正方形枠50内に枠付きボード40の枠壁42に連結管20とほぼ隙 間なく嵌合させ、枠壁42の各隅部に形成した各2個の貫通孔43に連結管20 の貫通孔21から突出した長い係合突起33,係合突起32をそれぞれ係合させ ることで、連結管20を介して枠壁42を8箇所で連結部材10の挿入支え管1 1に支持させ、枠付きボード40の板状体41のフランジ部41aの裏面を連結 管20の表面に支持させる。After that, the square pipe 50 is fitted into the frame wall 42 of the framed board 40 with the connecting pipe 20 almost without gap, and is connected to each two through holes 43 formed at each corner of the frame wall 42. By engaging the long engaging protrusions 33 and the engaging protrusions 32 protruding from the through holes 21 of the pipe 20, respectively, the insertion supporting pipe 11 of the connecting member 10 of the frame wall 42 at eight locations via the connecting pipe 20. Then, the back surface of the flange portion 41 a of the plate-like body 41 of the framed board 40 is supported on the front surface of the connecting pipe 20.
【0023】 そして、連結用ばね30の板ばね本体31に設けた長い係合突起33の先端部 に形成した凹溝33aを枠付きボード40の枠壁42に設けた各2個の貫通孔4 3の隅側に位置するものの周壁部に、板ばね本体31の弾性復元力によって長い 係合突起33が板ばね本体31湾曲部側に倒れる方向に付勢されることで、それ ぞれ係合させている。Then, each of the two through holes 4 provided in the frame wall 42 of the framed board 40 is provided with the concave groove 33 a formed at the tip of the long engaging projection 33 provided in the leaf spring main body 31 of the connecting spring 30. The long engaging projections 33 are urged in the direction in which they fall toward the curved portion of the leaf spring main body 31 by the elastic restoring force of the leaf spring main body 31 to engage with the peripheral wall portion of the one located on the corner side of 3 respectively. I am letting you.
【0024】 さらに、図5に例示する立体的な棚は、複数の正方形枠50と、複数の長方形 枠60とを、一部の連結管20を共用して連設してあり、長方形枠60は連結管 20と短い連結管22とによって構成してある。Further, in the three-dimensional shelf illustrated in FIG. 5, a plurality of square frames 50 and a plurality of rectangular frames 60 are connected in series so as to share a part of the connecting pipes 20. Is composed of a connecting pipe 20 and a short connecting pipe 22.
【0025】 なお、長方形枠60にはこれと相似形の長方形の板状体および枠壁を有する枠 付きボード(図示省略)を用いればよい。また、図5右側上段などの立方体状に 形成した4つの正方形枠50では、枠付きボード40の隅部の8箇所で、連結用 ばね30の係合突起32と凹溝33aがある長い係合突起33とによって、前記 枠付きボード40を連結管20の貫通孔21に係合でき、枠付きボード40が正 方形枠50から外れ落ちることを確実に防止できる。As the rectangular frame 60, a framed board (not shown) having a rectangular plate-shaped body similar to the rectangular frame and a frame wall may be used. Further, in the four square frames 50 formed in a cubic shape such as the upper right side of FIG. 5, there are long engagements in which the engaging projections 32 of the connecting springs 30 and the concave grooves 33a are provided at eight corners of the framed board 40. With the projection 33, the framed board 40 can be engaged with the through hole 21 of the connecting pipe 20, and the framed board 40 can be reliably prevented from falling off from the square frame 50.
【0026】 そして、図5の中段などに配置した複数の水平な正方形枠50は、左右方向中 間の連結管20を共用しており、多方向連結部材10の挿入支え管11内には1 個の連結用ばね30しか入らないことで、連結用ばね30の係合突起32,長い 係合突起33は、前述した従来のものと同様に、連結管20の一端部に位置する 係合突起32,長い係合突起33が、連結管20の一側に位置する枠付きボード 40の枠壁42の貫通孔43に係合させ、連結管20の他端部に位置する係合突 起32,長い係合突起33が連結管20の他側に位置する枠付きボード40の枠 壁42の貫通孔43に係合させるなどにより、枠付きボード40の係合箇所が減 少する。A plurality of horizontal square frames 50 arranged in the middle stage of FIG. 5 share the connecting pipe 20 in the left-right direction, and the insertion supporting pipe 11 of the multidirectional connecting member 10 has one Since only one connecting spring 30 is inserted, the engaging protrusion 32 and the long engaging protrusion 33 of the connecting spring 30 are located at one end of the connecting pipe 20 as in the conventional one described above. 32, the long engagement protrusion 33 engages with the through hole 43 of the frame wall 42 of the framed board 40 located on one side of the connecting pipe 20, and the engaging protrusion 32 located at the other end of the connecting pipe 20. By engaging the long engagement projection 33 with the through hole 43 of the frame wall 42 of the framed board 40 located on the other side of the connecting pipe 20, the number of engagement points of the framed board 40 is reduced.
【0027】 しかし、長い係合突起33は、凹溝33aが枠壁42の貫通孔43の周壁部に 係合することで、係合箇所が減少しても、枠付きボード40が正方形枠50から 外れ落ちるのを防止できる。 なお、共用する連結管20は、一端部と他端部とで、対向する反対面に貫通孔 21を形成しておく。However, in the long engagement protrusion 33, the recessed groove 33 a engages with the peripheral wall portion of the through hole 43 of the frame wall 42, so that the framed board 40 has a square frame 50 even if the number of engagement points is reduced. You can prevent it from falling off. In addition, the common connecting pipe 20 has a through hole 21 formed in the opposite surface facing each other at one end and the other end.
【0028】 この考案において、枠付きボードの枠壁に形成する貫通孔は、前記実施形態の 丸孔に限られることなく、係合突起,長い係合突起がほとんど隙間なく嵌まるよ うにしてもよい。In the present invention, the through hole formed in the frame wall of the framed board is not limited to the round hole of the above-mentioned embodiment, and the engaging protrusion and the long engaging protrusion are fitted with almost no space. Good.
【0029】 この考案において、適宜の工具を用い、組み立てた正方形枠,長方形枠内から 係合突起,長い係合突起を挿入支え管内に押し込んで、各貫通孔からずらし、枠 付きボード、連結管、多方向連結部材、および連結用ばねを分解することができ る。In the present invention, by using an appropriate tool, the engaging projections and long engaging projections are pushed into the insertion supporting tube from the assembled square frame and rectangular frame, and they are displaced from the through holes, and the board with the frame and the connecting pipe are connected. The multi-directional connecting member and the connecting spring can be disassembled.
【0030】 前記実施形態では、多方向連結部材10の挿入支え管11および連結管20は 、横断面を正方形状にしてあるので、横断面を長方形状にするのに比べて使いや すく、好ましい。この考案では、多方向連結部材10は、必ずしも立方体状の主 体13を設けなくてもよいが、前記実施形態のように、主体13を設けることに より、連結管20の端面が主体13に当接することで、連結管20の長手方向へ の移動を防止できて好ましく、複数の挿入支え管11の位置、方向の規制もしや すい。さらに、前記実施形態では、主体13の外面の3〜5方向に挿入支え管1 1を突出させ、枠組み集成体外には挿入支え管を設けないようにしているが、大 形の枠組み集成体を構成する場合には、主体13の全部の面から挿入支え管を突 出させたり、連結管を直線状に連結するために、主体13の対向する2面から挿 入支え管を突出させたりしてもよい。In the above embodiment, the insertion supporting tube 11 and the connecting tube 20 of the multi-directional connecting member 10 have a square cross section, which is easier and easier to use than a rectangular cross section. . In this invention, the multidirectional connecting member 10 does not necessarily have to have the cubic main body 13, but by providing the main body 13 as in the above-described embodiment, the end face of the connecting pipe 20 becomes the main body 13. The abutment can prevent movement of the connecting pipe 20 in the longitudinal direction, which is preferable, and the positions and directions of the plurality of insertion support pipes 11 can be easily regulated. Further, in the above-described embodiment, the insertion support tube 11 is projected in the 3 to 5 directions on the outer surface of the main body 13 and the insertion support tube is not provided outside the frame assembly, but a large frame assembly is used. When configured, the insertion support tube may be projected from the entire surface of the main body 13, or the insertion support tube may be projected from the two opposite surfaces of the main body 13 in order to connect the connecting tubes in a straight line. May be.
【0031】 この考案において、前記実施形態のように、連結用ばね30の長い係合突起3 3は、係合突起32に対し板ばね本体31の開口側,湾曲部側のどちらに設けて もよいが開口側に設けて、この開口側から連結用ばね30を挿入支え管11内に 押し込むことが好ましい。また、長い係合突起33の先端部に形成する凹溝33 aは環状溝でもよいが、相対向する2つの凹溝33aにすることが好ましい。In the present invention, as in the above-described embodiment, the long engagement protrusion 33 of the coupling spring 30 may be provided on the opening side or the curved portion side of the leaf spring body 31 with respect to the engagement protrusion 32. However, it is preferable that the connection spring 30 is provided on the opening side and the connecting spring 30 is pushed into the insertion supporting tube 11 from this opening side. The concave groove 33a formed at the tip of the long engaging projection 33 may be an annular groove, but it is preferable that the concave groove 33a be two concave grooves 33a facing each other.
【0032】 前記実施形態に係る枠組み集成体は、この考案の一例にすぎず、この実施形態 に限られることなく、この考案は前記請求項1〜3範囲を逸脱しない範囲で、適 宜変更できる。The framework assembly according to the above embodiment is merely an example of the present invention, and the present invention is not limited to this embodiment, and the present invention can be appropriately modified without departing from the scope of claims 1 to 3. .
【0033】[0033]
以上説明したように、請求項1の考案に係る枠組み集成体は、多方向連結部材 10に設けた複数の角形の挿入支え管内に、連結用ばね30をそれぞれ押し込ん で嵌め、前記挿入支え管11に角形の連結管20の端部を嵌合させることで、正 方形枠50または長方形枠60を構成し、構成した枠内に枠付きボード40の板 状体41裏面に設けた枠壁42を嵌合させ、枠壁42のフランジ部41aを連結 管20の表面に支持させ、連結用ばね30のほぼU字形の板ばね本体31から突 出した係合突起32,長い係合突起33に、挿入支え管11、連結管20、枠壁 42に2個ずつ形成した貫通孔12,21,43にそれぞれ嵌合させ、長い係合 突起33の凹溝33aを枠壁42の貫通孔43の周壁部に係合させたので、次の 効果がある。 すなわち、枠付きボード40が正方形枠50,長方形枠60などの枠から外れ 落ちるのを確実に防止でき、枠付きボード40を前記枠にしっかりと固定できる 。 As described above, in the frame assembly according to the first aspect of the present invention, the connecting support springs 30 are inserted into the plurality of rectangular insertion support pipes provided in the multidirectional connection member 10 to fit the insertion support pipes 11. A square frame 50 or a rectangular frame 60 is formed by fitting the ends of the rectangular connecting pipes 20 to the frame, and the frame wall 42 provided on the back surface of the plate-like body 41 of the framed board 40 is formed in the frame. The flange portion 41a of the frame wall 42 is supported on the surface of the connecting pipe 20, and the engaging protrusion 32 and the long engaging protrusion 33 protruding from the substantially U-shaped plate spring main body 31 of the connecting spring 30 are fitted. The insertion support pipe 11, the connecting pipe 20, and the frame wall 42 are fitted into the through holes 12, 21, 43 formed in two pieces, respectively, and the long engaging groove 33a of the projection 33 is provided on the peripheral wall of the through hole 43 of the frame wall 42. Since it is engaged with the part, it has the following effects. That is, it is possible to reliably prevent the framed board 40 from falling off the frame such as the square frame 50 and the rectangular frame 60, and it is possible to firmly fix the framed board 40 to the frame.
【0034】 請求項2の考案は、請求項1に記載の枠組み集成体において、多方向連結部材 10の中央部に立方体状の主体13を設け、主体13の所要面に挿入支え管11 の基端を固定し、これに嵌合させた連結管20の端面が主体13に当接すること で、連結管20を長手方向に確実に位置決めでき、挿入支え管11の貫通孔12 に連結管20の貫通孔21を合わせやすい。 また、枠付きボード40の板状体41のフランジ部41a各隅部に切り欠き4 1bを設けたので、前記フランジ部41aが、前記連結部材10の主体13に干 渉することなく、容易に前記枠の連結管20表面に支持できる。According to a second aspect of the present invention, in the frame assembly according to the first aspect, a cubic main body 13 is provided in a central portion of the multidirectional connecting member 10, and a base of the insertion supporting tube 11 is provided on a required surface of the main body 13. By fixing the end and contacting the end face of the connecting pipe 20 fitted to this with the main body 13, the connecting pipe 20 can be reliably positioned in the longitudinal direction, and the connecting pipe 20 is inserted into the through hole 12 of the insertion supporting pipe 11. It is easy to align the through holes 21. Further, since the notches 41b are provided at the respective corners of the flange portion 41a of the plate-like body 41 of the framed board 40, the flange portion 41a does not interfere with the main body 13 of the connecting member 10 and can be easily formed. It can be supported on the surface of the connecting pipe 20 of the frame.
【0035】 請求項3の考案は、請求項1または2に記載の枠組み集成体において、多方向 連結部材10の挿入支え管11と連結管20とによって、一部の連結管20を共 用した正方形枠50と長方形枠60の少なくとも一方を含む複数の枠を連設し、 連設した所要の枠に枠付きボード40を装着したものである。 そして、この場合には、挿入支え管11内に1個の連結用ばね30しか嵌めら れないことで、連結管20の一端部に位置する連結用ばね30の係合突起を連結 管20の一側に位置する枠付きボード40の枠壁42の貫通孔43に嵌合させる と、連結管20の他端部に位置する連結用ばね30の係合突起を連結管20の他 側に位置する枠付きボード40の枠壁42の貫通孔43に、それぞれ別個に係合 させるなどにより、各枠付きボード40の枠壁42に設けた貫通孔43に連結用 ばね30の係合突起32,長い係合突起33が係合する組数が少なくなるが、長 い係合突起33の先端部に設けた凹溝33aが前記枠壁42の一方の貫通孔43 の周壁部に係合することで、枠付きボード40が正方形枠50,長方形枠60の どちらであっても、これらから外れて落ちるのを防止できる。According to a third aspect of the invention, in the frame assembly according to the first or second aspect, a part of the connecting pipes 20 is shared by the insertion supporting pipe 11 and the connecting pipe 20 of the multidirectional connecting member 10. A plurality of frames including at least one of the square frame 50 and the rectangular frame 60 are continuously provided, and the framed board 40 is mounted on the required consecutive frames. In this case, since only one connecting spring 30 is fitted in the insertion supporting pipe 11, the engaging protrusion of the connecting spring 30 located at one end of the connecting pipe 20 is connected to the connecting pipe 20. When fitted into the through hole 43 of the frame wall 42 of the framed board 40 located on one side, the engaging projection of the connecting spring 30 located on the other end of the connecting tube 20 is located on the other side of the connecting tube 20. By engaging the through holes 43 of the frame wall 42 of the framed board 40 separately with the through holes 43 provided in the frame wall 42 of each of the framed boards 40, the engaging protrusions 32 of the connecting spring 30 are provided. Although the number of sets in which the long engagement projections 33 are engaged is small, the concave groove 33a provided at the tip of the long engagement projections 33 is engaged with the peripheral wall portion of the one through hole 43 of the frame wall 42. So, whether the framed board 40 is a square frame 50 or a rectangular frame 60 , It is possible to prevent the fall out from these.
【図1】従来の枠組み集成体の一部を示した分解斜視説
明図。FIG. 1 is an exploded perspective view showing a part of a conventional frame assembly.
【図2】図1に示した枠組み集成体の部分組立下方斜視
図。2 is a partial perspective lower perspective view of the framework assembly shown in FIG. 1. FIG.
【図3】この考案の一実施形態に係る枠組み集成体を示
した一部の分解斜視図。FIG. 3 is a partial exploded perspective view showing a frame assembly according to an embodiment of the present invention.
【図4】図3に示した枠組み集成体の連結用ばねの斜視
図。FIG. 4 is a perspective view of a connecting spring of the frame assembly shown in FIG.
【図5】図3に示した枠組み集成体を示した概略斜視
図。5 is a schematic perspective view showing the frame assembly shown in FIG.
【図6】図5のaに示す円内部分の拡大図。FIG. 6 is an enlarged view of a portion inside a circle shown in FIG.
10 多方向連結部材 11 挿入支え管 12 貫通孔 13 主体 20 連結管 21 貫通孔 22 短い連結管 30 連結用ばね 31 板ばね本体 32 係合突起 33 長い係合突起 33a 凹溝 40 枠付きボード 41 板状体 41a フランジ部 41b 切り欠き 42 枠壁 43 貫通孔 50 正方形枠 60 長方形枠 DESCRIPTION OF SYMBOLS 10 Multi-directional connection member 11 Insertion support pipe 12 Through hole 13 Main body 20 Connection pipe 21 Through hole 22 Short connection pipe 30 Connection spring 31 Leaf spring main body 32 Engagement protrusion 33 Long engagement protrusion 33a Recessed groove 40 Framed board 41 Plate Form 41a Flange 41b Notch 42 Frame wall 43 Through hole 50 Square frame 60 Rectangular frame
Claims (3)
後,左右および上下方向に直線状または直角状に2〜6
方向に突出させた多方向連結部材と、前記挿入支え管に
両端部が嵌合する角形の連結管と、先端側が拡がるほぼ
U字形の板ばね本体の一片外側に2個の係合突起を突出
させた連結用ばねと、正方形または長方形の板状体の裏
面にこの板状体と相似形の枠壁を設けかつ枠壁の外周側
に板状体のフランジ部を突出させた枠付きボードとを備
え、 前記連結部材の挿入支え管内に前記連結用ばねを押し込
み支持させ、挿入支え管に形成した2個の貫通孔に連結
用ばねの係合突起を係合させ、挿入支え管に前記連結管
の端部を嵌め、この端部に形成した2個の貫通孔に前記
挿入支え管の貫通孔から突出した前記係合突起をそれぞ
れ係合させ、前記連結部材と連結管とによって正方形枠
または長方形枠を構成し、構成した枠内に、前記枠付き
ボードの枠壁を嵌合させ、枠壁の各隅部に形成した2個
の貫通孔に前記連結管の貫通孔から突出した前記係合突
起を係合させ、枠付きボードの板状体のフランジ部を前
記連結管に支持させて、枠付きボードを正方形枠または
長方形枠に装着した枠組み集成体であって、 前記連結用ばねの板ばね本体に設けた係合突起の一方を
他方より長い係合突起とし、長い係合突起の先端部外周
に形成した凹溝を、前記枠壁の隅部に形成した一方の貫
通孔の周壁部に係合させたことを特徴とする枠組み集成
体。1. A plurality of prismatic insertion support tubes are linearly or at right angles 2 to 6 in the front-rear, left-right and up-down directions from the center.
A multi-directional connecting member protruding in one direction, a rectangular connecting pipe whose both ends fit into the insertion supporting pipe, and two engaging protrusions protruding outside one piece of a substantially U-shaped plate spring main body whose tip side expands. And a framed board in which a frame wall similar in shape to the plate-shaped body is provided on the back surface of the square-shaped or rectangular plate-shaped body, and the flange portion of the plate-shaped body is projected on the outer peripheral side of the frame wall. The insertion spring of the connecting member is pushed into and supported by the insertion supporting pipe, and the engaging projections of the connection spring are engaged with the two through holes formed in the insertion supporting pipe to connect the insertion supporting pipe to the insertion supporting pipe. The end portion of the pipe is fitted, and the two engaging holes formed in the end portions are engaged with the engaging protrusions protruding from the through holes of the insertion supporting pipe, respectively, and the connecting member and the connecting pipe form a square frame or A rectangular frame is constructed, and the frame wall of the framed board is formed in the constructed frame. Are engaged with each other, and the engaging projections projecting from the through holes of the connecting pipe are engaged with the two through holes formed at each corner of the frame wall, and the flange portion of the plate-shaped body of the framed board is aforesaid. A frame assembly in which a framed board is mounted on a square frame or a rectangular frame supported by a connecting pipe, wherein one of the engaging protrusions provided on the leaf spring body of the connecting spring is an engaging protrusion longer than the other. A frame assembly, wherein a concave groove formed on the outer periphery of the tip end portion of the long engagement projection is engaged with a peripheral wall portion of one through hole formed at a corner portion of the frame wall.
体を設け、この主体の外面に挿入支え管の基端を固定
し、挿入支え管に嵌合した連結管の端面が前記主体の外
面に当接可能とし、かつ枠付きボードに設けた板状体の
フランジ部の各隅部に、前記主体との干渉防止用の切り
欠きを設けたことを特徴とする請求項1に記載の枠組み
集成体。2. A cubic main body is provided at the center of the multidirectional connecting member, the base end of the insertion supporting pipe is fixed to the outer surface of the main body, and the end face of the connecting pipe fitted to the insertion supporting pipe is the main body of the main body. The cutout for preventing interference with the main body is provided at each corner of the flange portion of the plate-shaped body provided on the framed board so as to be able to contact the outer surface. Framework assembly.
によって、一部の連結管を共用した正方形枠と長方形枠
の少なくとも一方を含む複数の枠を連設し、連設した所
要の枠に枠付きボードを装着したことを特徴とする請求
項1または2に記載の枠組み集成体。3. A plurality of frames including at least one of a square frame and a rectangular frame that share a part of the connecting pipes are connected by the multi-directional connecting member, the connecting springs, and the connecting pipes, and the plurality of frames are connected in series. The frame assembly according to claim 1 or 2, wherein a board with a frame is attached to the frame.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP1995010202U JP3031487U (en) | 1995-09-27 | 1995-09-27 | Framework assembly |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP1995010202U JP3031487U (en) | 1995-09-27 | 1995-09-27 | Framework assembly |
Publications (1)
Publication Number | Publication Date |
---|---|
JP3031487U true JP3031487U (en) | 1996-11-29 |
Family
ID=43166436
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP1995010202U Expired - Lifetime JP3031487U (en) | 1995-09-27 | 1995-09-27 | Framework assembly |
Country Status (1)
Country | Link |
---|---|
JP (1) | JP3031487U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH055178U (en) * | 1991-07-04 | 1993-01-26 | 株式会社足立ライト工業所 | Pachinko machine winning device |
-
1995
- 1995-09-27 JP JP1995010202U patent/JP3031487U/en not_active Expired - Lifetime
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH055178U (en) * | 1991-07-04 | 1993-01-26 | 株式会社足立ライト工業所 | Pachinko machine winning device |
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