JPH06115648A - Connecting construction of framework shelf - Google Patents

Abstract

PURPOSE:To perform connection without any projection of another member on the outer face of a pillar by forming a pillar out of outer and inner plate parts, side plate parts, and connecting plate parts, forming a through hole and a pass hole on the connecting plate parts, forming a connecting hole conformable to the through hole on the vertical part of the other member, and a part to be locked in the vertical direction on a part in response to the pass hole. CONSTITUTION:A pillar 31 is provided with opposed outer and inner plate parts 40, 41 and right and left side plate parts 42, formed into a shape of C- shaped section by forming a slit 43 in the lengthwise direction on the center of the inner part 41, connecting plate parts 44 are opposedly formed along the slit 43 on the inner part 41, and the connecting plate parts 44 are formed with a through hole 45 and a pass hole 46. An arm 32 is formed out of a vertical part 50, and a horizontal part 51 extended in right and left direction from the lower end of the vertical part 50, and formed with a communicating hole 52 conformable to the through hole 45, and a rivet 53 applicable for the conformed holes 45, 52 is provided. Locking parts 54 in the vertical direction is formed on the part in response to the pass hole 46 on the horizontal part 51 by a through hole.

Description

【発明の詳細な説明】Detailed Description of the Invention

【０００１】[0001]

【産業上の利用分野】本発明は、たとえば工場内に設置
され、フオークリフトなどにより荷を出し入れする棚
や、自動化倉庫における棚などにおいて、特に荷支持用
の腕木部分の連結に採用される枠組棚の連結構造に関す
るものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a frame which is installed in a factory, for example, for loading and unloading a load by a forklift, a shelf in an automated warehouse, and the like, which is particularly used for connecting arm portions for supporting a load. The present invention relates to a shelf connection structure.

【０００２】[0002]

【従来の技術】従来、この種の枠組棚としては、たとえ
ば特開平２−33010 号公報に見られる構造が提供されて
いる。すなわち前後および左右に間隔をあけて支柱を立
設し、この支柱の前面にスリツト状係合孔を上下方向で
複数形成し、そしてＬ字状に形成されかつ連結部材に係
合爪を有する腕木を設け、前後の腕木の遊端間に左右方
向から当て付けた腕木レールを、左右方向のリベツトを
介して腕木に固定している。2. Description of the Related Art Hitherto, as a frame rack of this type, a structure shown in, for example, Japanese Patent Laid-Open No. 2-333010 has been provided. That is, a pillar is erected at an interval in the front-rear and left-right directions, a plurality of slit-shaped engagement holes are vertically formed on the front surface of the pillar, and an arm member formed in an L shape and having an engaging claw on a connecting member. The arm rails, which are applied from the left and right sides between the free ends of the front and rear arms, are fixed to the arms through the left and right revetts.

【０００３】この従来形式によると、支柱に対する腕木
の組み立ては、この腕木を前後方向に振った状態でスリ
ツト状係合孔に係合爪を係合させ、そして腕木を左右方
向に沿うように回動させたのち腕木レールを連結するこ
とで行っている。According to this conventional type, when assembling the brace to the column, the engaging claw is engaged with the slit-like engaging hole in a state where the brace is swung in the front-rear direction, and the brace is rotated along the left-right direction. This is done by connecting the arm rails after moving them.

【０００４】[0004]

【発明が解決しようとする課題】しかし、上記の従来形
式によると、支柱に腕木を組み立てる際に、この腕木の
アングル状の連結部材を、支柱の外板部と側板部とが形
成するアングル状部に外側から当て付けた状態になるこ
とから、連結部材や支柱のアングル部形状が精度不良で
あったとき、腕木の一部が外板部の外面よりも外方に突
出することがある。この場合に、突出部に荷の包装物が
引っ掛かるなど倉庫作業に悪影響が生じており、また、
たとえば自動倉庫であれば出し入れ装置（クレーン）の
作動に悪影響を及ぼすことから補修しなければならず、
その補修は容易に行えない。However, according to the above-mentioned conventional method, when assembling the arms to the support, the angle-shaped connecting member of the arms is formed into the angle-shaped connecting member formed by the outer plate portion and the side plate portion of the support pillar. Since the state of being applied to the portion from the outside is not accurate, when the shape of the angle portion of the connecting member or the column is inaccurate, a part of the arms may project outward from the outer surface of the outer plate portion. In this case, the warehouse work is adversely affected, for example, the package of the load is caught on the protruding part.
For example, if it is an automatic warehouse, it will have a negative effect on the operation of the loading / unloading device (crane), so it must be repaired.
The repair is not easy.

【０００５】そして支柱の左右に位置する腕木は、この
支柱に対して各別に連結されていることから、一方の腕
木に対する荷重が大であったとき、支柱の一側部に大き
な曲げ力が作用して、この支柱を変形させることにな
る。さらに支柱に腕木を組み立てる際に、この腕木を前
後方向に振らなければならず、したがつて、たとえば後
面を壁体に近接させて支柱群を配設したときには、後位
の腕木を後方に振ることができないなど、その組み立て
順序などに制約を受けることになる。Since the arms located on the left and right of the pillar are separately connected to this pillar, when a large load is applied to one arm, a large bending force acts on one side of the pillar. Then, this pillar will be deformed. Furthermore, when assembling the arms to the columns, the arms must be shaken in the front-back direction. Therefore, for example, when the columns are arranged with the rear surface close to the wall, the arms in the rear position are shaken backward. It is not possible to do so, and the assembly order will be restricted.

【０００６】本発明の目的とするところは、支柱に対す
る腕木など他部材の連結を、支柱の外面に対して他部材
が突出することなく行え、そして他部材側の荷重は支柱
側でバランスよく支持し得、さらに他部材を前後方向に
振ることなく組み立てを行える枠組棚の連結構造を提供
する点にある。The object of the present invention is to connect other members such as arms to the support without the other members protruding from the outer surface of the support, and to support the load of the other members in a well-balanced manner on the support side. In addition, it is possible to provide a frame rack connection structure that can be assembled without swinging other members in the front-back direction.

【０００７】[0007]

【課題を解決するための手段】上記目的を達成するため
に本第１発明の枠組棚の連結構造は、支柱に対して他部
材を取り付ける枠組棚の連結構造であって、前記支柱
を、互いに対向する外板部および内板部と、左右の側板
部と、左右に分割された内板部の端縁から折り曲げられ
て突出する左右一対の連結板部とにより型材状に形成す
るとともに、両連結板部の所定の位置に貫通孔と通し孔
とを形成し、前記他部材は左右一対であって、前記連結
板部に当接自在な縦材部を有し、この縦材部に前記貫通
孔に合致自在な連結孔を形成するとともに、前記通し孔
に対応する部分に上下方向の被係止部を形成し、合致さ
せた貫通孔と連結孔に作用自在な連結具を設けるととも
に、通し孔に通されて両被係止部に作用する係止具を設
けている。In order to achieve the above object, the frame rack connection structure according to the first aspect of the present invention is a frame rack connection structure in which other members are attached to the columns, and the columns are mutually connected. The outer and inner plate parts facing each other, the left and right side plate parts, and the pair of left and right connecting plate parts that are bent and project from the end edges of the left and right inner plate parts are formed in a shape of a mold material. A through hole and a through hole are formed at a predetermined position of the connecting plate portion, and the other member is a left and right pair, and has a vertical member portion that can abut against the connecting plate portion. In addition to forming a connecting hole that can freely match with the through hole, and forming a vertically engaged portion at a portion corresponding to the through hole, and providing a fitting tool that can act on the matching through hole and the connecting hole, A locking tool that is passed through the through hole and acts on both locked parts is provided.

【０００８】そして本第２発明の枠組棚の連結構造は、
他部材を、連結孔を形成した縦材部と、この縦材部の上
端から連結板部とは反対側に延びかつ被係止部を形成し
た横材部とからなる腕木としている。The frame rack connection structure of the second invention is as follows.
The other member is a brace made up of a vertical member portion having a connecting hole and a horizontal member portion extending from the upper end of the vertical member portion to the side opposite to the connecting plate portion and having a locked portion.

【０００９】[0009]

【作用】上記した本第１発明の構成によると、支柱に対
して左右一対の他部材の連結を行うに、まず両連結板部
の通し孔間に亘って係止具を通す。そして係止具に対し
て被係止部を係合させて、支柱に対して左右一対の他部
材を位置させることにより、他部材の縦材部を連結板部
に対して左右方向から当接し得るとともに、その連結孔
を貫通孔に合致し得る。そして合致させた両孔間に連結
具を作用させることで、支柱に対して一対の他部材を連
結し得る。According to the structure of the first aspect of the present invention described above, in order to connect the pair of left and right other members to the column, first, the locking tool is passed through the through holes of both the connecting plate portions. Then, by engaging the locked portion with the locking tool and positioning the pair of left and right other members with respect to the support, the vertical member portion of the other member is brought into contact with the connecting plate portion from the left and right direction. In addition, the connecting hole can be matched with the through hole. Then, the pair of other members can be connected to the support by operating the connecting tool between the matched holes.

【００１０】また本第２発明の構成によると、腕木レー
ルを連結するための横材部を有する腕木を、支柱に対し
て容易にかつ強固に連結し得る。Further, according to the structure of the second aspect of the present invention, the arm member having the cross member portion for connecting the arm member rail can be easily and firmly connected to the column.

【００１１】[0011]

【実施例】以下に本発明の一実施例を図に基づいて説明
する。図４〜図６に示すように枠組棚１は、枠体10と複
数の中間部材30とにより構成される。前記枠体10は、前
後および左右に所定間隔を置いて配設した立設支柱11
と、前後の立設支柱11の所定位置間を互いに連結固定す
る複数の水平材12、ならびに複数の斜材13と、ブレース
取り付け板14を介して左右の立設支柱11の所定位置間を
互いに連結固定する上部横ビーム（水平材）15、中間部
横ビーム（水平材）16、下部横ビーム（水平材）17など
により形成されている。その際に連結はボルトやリベツ
トなどで行われ、また各立設支柱11の下端部には着座部
材18が取り付けられる。An embodiment of the present invention will be described below with reference to the drawings. As shown in FIGS. 4 to 6, the framed shelf 1 includes a frame 10 and a plurality of intermediate members 30. The frame body 10 is an upright column 11 that is arranged at predetermined intervals in the front and rear and in the left and right.
And a plurality of horizontal members 12 for connecting and fixing the predetermined positions of the front and rear standing columns 11 to each other, and a plurality of diagonal members 13, and the predetermined positions of the left and right standing columns 11 via the brace mounting plate 14 to each other. It is formed by an upper lateral beam (horizontal member) 15, a middle lateral beam (horizontal member) 16, a lower lateral beam (horizontal member) 17, etc., which are connected and fixed. At that time, the connection is made by bolts or rivets, and a seating member 18 is attached to the lower end of each standing column 11.

【００１２】前記枠体10における中間部横ビーム16や下
部横ビーム17の上面には支持部材20が取り付けられ、こ
の支持部材20はチャンネルレール状で、その上面を開放
して前後方向（奥行方向）の全長に設けられている。そ
して支持部材20に対向する位置で上部横ビーム15や中間
部横ビーム16の下面にはガイド部材21が取り付けられ、
このガイド部材21は帯板を逆山形に成形したレール状で
あって、前後方向の全長に設けられる。さらにガイド部
材21の外側（入出庫作用面側）に位置した部分には、連
結用の貫通孔22が左右方向に形成されている。A supporting member 20 is attached to the upper surfaces of the intermediate transverse beam 16 and the lower transverse beam 17 of the frame body 10. The supporting member 20 is in the shape of a channel rail, and the upper surface thereof is opened to the front-back direction (depth direction). ) Is provided over the entire length. Then, a guide member 21 is attached to the lower surface of the upper horizontal beam 15 or the intermediate horizontal beam 16 at a position facing the support member 20,
The guide member 21 has a rail shape formed by forming a strip plate into an inverted mountain shape, and is provided over the entire length in the front-rear direction. Further, a through hole 22 for connection is formed in the left-right direction at a portion located on the outer side of the guide member 21 (on the loading / unloading action surface side).

【００１３】前記中間部材30は、左右の立設支柱11間で
所定間隔置きの複数箇所に配設されている。これら中間
部材30は、前後で二本（複数本）の支持支柱31と、両支
持支柱31の両側面からそれぞれ左右方向でかつ水平方向
に突出させた腕木32と、前後で対向した腕木32の遊端間
に取り付けた腕木レール33と、両支持支柱31間を連結固
定するラチス34とにより平枠状に形成される。そして中
間部材30は、上部横ビーム15と中間部横ビーム16との
間、ならびに中間部横ビーム16と下部横ビーム17との間
に納まる高さに、さらに前後（奥行）方向で二枚が納ま
る長さに設定してある。The intermediate members 30 are arranged at a plurality of positions at predetermined intervals between the left and right standing columns 11. These intermediate members 30 include two (a plurality of) support struts 31 at the front and rear, arms 32 projecting from the both side surfaces of both the support struts 31 in the left and right directions and in the horizontal direction, and arms 32 that are opposed to each other at the front and rear. An arm rail 33 attached between the free ends and a lattice 34 for connecting and fixing the support columns 31 together are formed into a flat frame shape. Then, the intermediate member 30 has two pieces in the front-back (depth) direction at a height that can be accommodated between the upper lateral beam 15 and the intermediate lateral beam 16 and between the intermediate lateral beam 16 and the lower lateral beam 17. The length is set to fit.

【００１４】そして両支持支柱31の下部は、前記支持部
材20に嵌合して前後方向に摺動自在に支持される被支持
部35に形成されている。また両支持支柱31の上部は、前
記ガイド部材21に案内されかつガイド部材21の貫通孔22
などを利用して、連結具（ボルトナット）37を介して連
結自在な被ガイド部36に形成されている。The lower portions of both supporting columns 31 are formed in a supported portion 35 which is fitted to the supporting member 20 and is slidably supported in the front-rear direction. The upper portions of both support columns 31 are guided by the guide member 21 and the through holes 22 of the guide member 21.
Etc., is used to form a guided portion 36 that is freely connectable via a connecting tool (bolt nut) 37.

【００１５】前記支持支柱31は支柱の一例であって、図
１〜図３に示すように互いに対向する外板部40および内
板部41と左右の側板部42とを有し、内板部41の中央に長
手方向にわたってスリット43を形成することで、断面が
ほぼＣ字状の型材状に形成される。そして内板部41には
スリット43の端縁から90度外側に折り曲げられて突出す
る左右一対の連結板部44がスリット43に沿って互いに対
向して形成される。この連結板部44間には前記ラチス34
の端部が挿入されてリベットなどにより連結固定され
る。そして左右の連結板部44には、リベット用の貫通孔
45と連結用の通し孔46とが上下方向に所定間隔置いて形
成されている。The support column 31 is an example of a column and has an outer plate portion 40 and an inner plate portion 41 and left and right side plate portions 42 facing each other as shown in FIGS. By forming a slit 43 in the center of 41 over the longitudinal direction, a cross section is formed into a substantially C-shaped mold material shape. A pair of left and right connecting plate portions 44 that are bent outward from the end edge of the slit 43 by 90 degrees and project from the inner plate portion 41 are formed along the slit 43 so as to face each other. The lattice 34 is provided between the connecting plate portions 44.
Is inserted and fixed by rivets or the like. The left and right connecting plate portions 44 have through holes for rivets.
45 and a through hole 46 for connection are formed at predetermined intervals in the vertical direction.

【００１６】前記腕木32は他部材の一例であって、縦材
部50と、この縦材部50の下端から左右方向に延びる横材
部51とを形成すべく、プレス加工などによりＬ字状に成
形されている。ここで縦材部50は前記側板部42に当接自
在であり、その中央部分には前記貫通孔45に合致自在な
連結孔52を形成するとともに、合致させた両孔45，52に
亘って作用自在なリベツト53（連結具の一例であつてボ
ルトナツトでもよい。）を設けている。The arm 32 is an example of another member, and is formed into an L-shape by press working so as to form a vertical member 50 and a horizontal member 51 extending from the lower end of the vertical member 50 in the left-right direction. Is molded into. Here, the vertical member portion 50 is capable of abutting on the side plate portion 42, and a connecting hole 52 is formed in the central portion thereof so as to be able to match with the through hole 45, and extends over both of the matched holes 45, 52. A freely movable rivet 53 (an example of a connecting tool, which may be a bolt nut) is provided.

【００１７】前記横材部51は、縦材部50の上端から支持
支柱31とは反対側に延びもので、その基部側で前記通し
孔46に対応する部分には、上下方向の被係止部54が貫通
孔により形成されている。さらに横材部51の中間には、
前後方向で長い長孔状のスリット55が形成されている。
またスリット55と遊端との間には下方への凹部56が形成
され、この凹部56内には上下方向の連結用孔57が形成さ
れている。The horizontal member 51 extends from the upper end of the vertical member 50 to the side opposite to the support column 31, and the portion corresponding to the through hole 46 on the base side thereof is vertically locked. The portion 54 is formed by a through hole. Furthermore, in the middle of the horizontal member 51,
A long hole-shaped slit 55 that is long in the front-rear direction is formed.
A downward recess 56 is formed between the slit 55 and the free end, and a vertical connecting hole 57 is formed in the recess 56.

【００１８】なお腕木32には、その縦材部50における前
後の縁から外方へと折り曲げ成形したリブ部58と、横材
部51における前後の縁から下方へと折り曲げ成形したリ
ブ部59とが一体に形成されている。また縦材部50は、前
記連結板部44の外面に外方から当て付け自在となる。そ
して前記通し孔46に通されて両被係止部54に作用する係
止具60が設けられ、この係止具60は、ロッド材の両端を
鋭角に折り曲げて係止部60ａを形成している。The arm 32 has rib portions 58 formed by bending the front and rear edges of the vertical member portion 50 outward, and rib portions 59 formed by bending the front and rear edges of the horizontal member portion 51 downward. Are integrally formed. Further, the vertical member portion 50 can be applied to the outer surface of the connecting plate portion 44 from the outside. Further, a locking tool 60 that is passed through the through hole 46 and acts on both the locked portions 54 is provided, and the locking tool 60 is formed by bending both ends of the rod material at an acute angle to form a locking portion 60a. There is.

【００１９】前記腕木レール33は、長板状の受け板部61
と、この受け板部61の幅方向の両縁から垂設した一対の
縦板部62と、外側となる縦板部62の下縁から内側に一体
に連設した横板部63により型枠状に形成されている。そ
して内側の縦板部62の長さ方向の両端部には、前記横材
部51を避けるための切り欠き部64が形成され、この切り
欠き部64の中央部には、前記スリツト55に対して上方か
ら差し込み自在な位置決め片65を、前記縦板部62と断面
同形状にして設けている。The arm rail 33 has a long plate-shaped receiving plate portion 61.
And a pair of vertical plate portions 62 vertically extending from both widthwise edges of the receiving plate portion 61, and a horizontal plate portion 63 integrally connected to the inside from the lower edge of the outer vertical plate portion 62 to form a formwork. It is formed into a shape. Then, notches 64 for avoiding the cross member 51 are formed at both ends in the lengthwise direction of the inner vertical plate portion 62, and a central portion of the notches 64 is provided with respect to the slit 55. And a positioning piece 65 that can be inserted from above is provided with the same sectional shape as the vertical plate portion 62.

【００２０】さらに受け板部61の両端でかつ幅方向の中
央部には前記凹部56に上方から嵌入自在な凹部66が形成
され、この凹部66には前記連結用孔57に合致自在な連結
用孔67が形成されている。そして両連結用孔57，67間に
上下方向のリベツト68が設けられる。Further, at both ends of the receiving plate portion 61 and in the center portion in the width direction, there are formed recesses 66 which can be fitted into the recesses 56 from above. A hole 67 is formed. A vertical ribet 68 is provided between the connecting holes 57 and 67.

【００２１】前記枠体10を構成する各立設支柱11の側面
にも、左右方向でかつ水平方向に突出した腕木23と、前
後で対向した腕木23の遊端間に取り付けた腕木レール24
とが設けられ、これら腕木23と腕木レール24とは、前記
中間部材30の腕木32や腕木レール33と同様な形式または
別形式のものが使用される。そして枠体10や中間部材30
の左右の腕木レール24，33間で荷２を支持すべく構成さ
れる。On the side surface of each of the upright columns 11 constituting the frame body 10, the armrest 23 protruding in the left-right direction and the horizontal direction, and the armrest rail 24 attached between the free ends of the armets 23 facing in the front-rear direction.
The armrests 23 and the armrest rails 24 are of the same or different type as the armrests 32 and the armrest rails 33 of the intermediate member 30. And the frame body 10 and the intermediate member 30
It is configured to support the load 2 between the left and right arm rails 24 and 33.

【００２２】上記実施例において、枠組棚１の組み立て
を行うに際して、別途に中間部材30が組み立てられる。
すなわち前後一対の支持支柱31が複数のラチス34を介し
て連結される。そして支持支柱31に対して左右一対の腕
木32の連結が行われる。ここで支持支柱31に対して腕木
32の組み立てを行うに、まず両連結板部44の通し孔46間
に亘って係止具60を通す。そして係止具60の下向きの係
止部60ａに対して被係止部54を下方から係合させて、支
持支柱31に対して左右一対の腕木32を位置させる。これ
により腕木32の縦材部50を連結板部44に対して左右方向
から当接させるとともに、その連結孔52を貫通孔45に合
致させる。そして合致させた両孔52，45間にリベツト53
を打ち込むことで、支持支柱31に対して一対の腕木32の
連結を行える。In the above embodiment, when the frame rack 1 is assembled, the intermediate member 30 is separately assembled.
That is, the pair of front and rear support columns 31 are connected via the plurality of lattices 34. Then, the pair of left and right arms 32 is connected to the support column 31. Here the braces against the support columns 31
To assemble 32, first, the engaging member 60 is passed through the through holes 46 of the connecting plate portions 44. Then, the engaged portion 54 is engaged from below with the downward engaging portion 60a of the engaging tool 60, and the pair of left and right arms 32 is positioned with respect to the support column 31. As a result, the vertical member portion 50 of the arm 32 is brought into contact with the connecting plate portion 44 in the left-right direction, and the connecting hole 52 thereof is matched with the through hole 45. And the ribet 53 between the matched holes 52 and 45
The pair of arms 32 can be connected to the support column 31 by driving.

【００２３】次いで前後で相対向した腕木32間に対して
腕木レール33の連結が行われる。この連結は、腕木レー
ル33を下降して、スリツト55に位置決め片65を差し込む
とともに凹部56に対して凹部66を上方から嵌合させ、以
て横材部51の遊端間に腕木レール33を載置させる。そし
て合致させた連結用孔67，57間にリベツト68を打ち込む
ことで腕木レール33の連結を行える。Next, the arm rails 33 are connected between the arms 32 facing each other in the front and rear. In this connection, the arm rail 33 is lowered, the positioning piece 65 is inserted into the slit 55, and the recess 66 is fitted into the recess 56 from above, so that the arm rail 33 is provided between the free ends of the cross members 51. Place it. Then, the armet rail 33 can be connected by driving a ribet 68 between the matched connecting holes 67 and 57.

【００２４】このように中間部材30を組み立てた状態
で、枠組棚１の組み立てが次のようにして行われる。す
なわち前後の立設支柱11間を水平材12や斜材13を介して
連結固定し、そして左右の立設支柱11間を、ブレース取
り付け板14を介して上部横ビーム15、中間部横ビーム1
6、下部横ビーム17により連結固定することで、枠体10
を形成し得る。さらに中間部横ビーム16や下部横ビーム
17の上面に支持部材20が取り付けられ、この支持部材20
に対向する位置で上部横ビーム15や中間部横ビーム16の
下面にガイド部材21が取り付けられる。With the intermediate member 30 assembled in this manner, the frame shelf 1 is assembled as follows. That is, the front and rear standing columns 11 are connected and fixed via horizontal members 12 and diagonal members 13, and the left and right standing columns 11 are connected via the brace mounting plate 14 to the upper transverse beam 15 and the intermediate transverse beam 1.
6, by connecting and fixing by the lower horizontal beam 17, the frame 10
Can be formed. Furthermore, the middle transverse beam 16 and the lower transverse beam
The support member 20 is attached to the upper surface of the support member 17.
A guide member 21 is attached to the lower surfaces of the upper transverse beam 15 and the intermediate transverse beam 16 at a position facing each other.

【００２５】このように構成された枠体10の内部に、前
述のようにして組み立てられた中間部材20が配置され
る。すなわち枠組棚１の外に準備された中間部材20は、
まず内部に位置される支持支柱31の被支持部35を支持部
材20に外側から嵌合させるとともに、被ガイド部35をガ
イド部材21に外嵌させる。次いで中間部材20に押し込み
力を作用させることで、被支持部35が支持部材20に支持
案内され、かつ被ガイド部36がガイド部材21に案内され
た状態で、この中間部材20は内側へと移動される。そし
て外部に位置される支持支柱31も同様に嵌合された状態
で、連結具37を作用させることで、中間部材20は抜出さ
れることなく位置決めされる。The intermediate member 20 assembled as described above is disposed inside the frame body 10 thus constructed. That is, the intermediate member 20 prepared outside the frame shelf 1
First, the supported portion 35 of the support column 31 located inside is fitted to the supporting member 20 from the outside, and the guided portion 35 is fitted on the guide member 21. Then, by applying a pushing force to the intermediate member 20, the supported member 35 is supported and guided by the support member 20 and the guided member 36 is guided by the guide member 21, and the intermediate member 20 is moved inward. Be moved. Then, the support member 31 positioned outside is also fitted in the same manner, and the coupling member 37 is actuated, whereby the intermediate member 20 is positioned without being pulled out.

【００２６】上述した中間部材20の配置は、両外面から
かつ二段に行われる。なお逆操作により中間部材20の抜
き出しを行え、一部損傷に対する取り替えなどを容易に
行える。The above-described arrangement of the intermediate member 20 is performed from both outer surfaces and in two steps. In addition, the intermediate member 20 can be pulled out by a reverse operation, and replacement for partial damage can be easily performed.

【００２７】上記のようにして組み立てられた枠組棚１
は、図６に示すように枠組棚１と同様にして組み立てら
れた片面使用（または両面使用）の枠組棚１Ａと対にな
って通路３を置いて並設され、そして通路３内に出し入
れ装置（クレーン）４を配設することで、複数の自動倉
庫を並設した構成にし得る。The frame shelf 1 assembled as described above
As shown in FIG. 6, a pair of single-sided (or double-sided) framed shelves 1A assembled in the same manner as the framed shelves 1 are arranged side by side with a passage 3 in between, and a device for putting in and out the passages 3 is provided. By disposing the (crane) 4, a plurality of automatic warehouses can be arranged in parallel.

【００２８】そして腕木レール33に載置した荷２の荷重
は、腕木32と支持支柱31と支持部材20を介して中間部横
ビーム16や下部横ビーム17に支持される。その際に腕木
32では、荷重により縦材部50の上部が連結板部44から離
間しようとする曲げ力が発生するが、この曲げ力は係止
具60により阻止し得、しかも係止具60が左右の腕木32間
に亘って位置していることから、一方側の過荷重の一部
を他方側で補償し得、以て荷重は支持支柱31でバランス
よく支持し得る。The load of the load 2 placed on the arm rail 33 is supported by the middle lateral beam 16 and the lower lateral beam 17 via the arm 32, the supporting column 31, and the supporting member 20. Arms in that case
In 32, a bending force that causes the upper portion of the vertical member portion 50 to separate from the connecting plate portion 44 due to the load is generated, but this bending force can be blocked by the locking tool 60, and further, the locking tool 60 has left and right arms. Since it is located over 32, a part of the overload on one side can be compensated on the other side, so that the load can be supported by the support column 31 in a well-balanced manner.

【００２９】上記実施例では他部材として腕木32を示し
たが、本第１発明の実施例では、棚板支持用のブラケツ
トや、引き出し棚を支持案内するガイドレールを立設支
柱11に固定するためのブラケツトなどでもよい。またリ
ベット53を打ち込む際に、このリベット53が通るスペー
サを両連結板部44の間に配設してもよい。さらに上記実
施例では腕木32として、縦材部50の上端から横材部51が
延びる形式を示したが、これは縦材部50の下端から横材
部51が延びる形式であってもよい。Although the arm 32 is shown as another member in the above-described embodiment, in the embodiment of the first invention, a bracket for supporting a shelf and a guide rail for supporting and guiding the drawer shelf are fixed to the upright column 11. It may be a bracket for this. Further, when the rivet 53 is driven, a spacer through which the rivet 53 passes may be arranged between the connecting plate portions 44. Further, in the above-described embodiment, the horizontal members 51 extend from the upper ends of the vertical members 50 as the arms 32, but the horizontal members 51 may extend from the lower ends of the vertical members 50.

【００３０】[0030]

【発明の効果】上記構成の本第１発明によると、支柱に
対する他部材の連結は、支柱の連結板部に対して縦材部
を当接させた状態で行うことから、連結板部や縦材部が
精度不良であったとしても、他部材は、支柱の前面より
も外方へ突出させることなく連結することができる。し
かも連結は、他部材を前後方向に振ることなく行うこと
ができる。そして荷重により発生した他部材の上部が連
結板部から離間しようとする曲げ力は、係止具により阻
止でき、しかも係止具により、一方側の過荷重の一部を
他方側で補償できて、荷重は支柱でバランスよく支持で
きる。According to the first aspect of the present invention having the above-described structure, since the other members are connected to the support columns while the vertical members are in contact with the connection plate portions of the support columns, the connection plate portions and the vertical members are connected. Even if the material portion has poor accuracy, the other members can be connected without protruding outward from the front surface of the support column. Moreover, the connection can be performed without shaking other members in the front-back direction. The bending force, which is generated by the load and causes the upper portion of the other member to move away from the connecting plate portion, can be blocked by the locking tool, and the locking tool can partially compensate the overload on one side on the other side. , The load can be supported in good balance by the columns.

【００３１】また本第２発明によると、腕木レールを連
結するための横材部を有する腕木を、支柱に対して容易
にかつ強固に連結することができる。According to the second aspect of the present invention, the arm member having the cross member portion for connecting the arm member rail can be easily and firmly connected to the column.

【図面の簡単な説明】[Brief description of drawings]

【図１】本発明の一実施例を示し、腕木連結部の連結状
態での要部斜視図である。FIG. 1 is a perspective view of an essential part of an arm-joint connecting portion in a connected state according to an embodiment of the present invention.

【図２】同腕木連結部の連結状態での縦断正面図であ
る。FIG. 2 is a vertical sectional front view of the arm-joint connecting portion in a connected state.

【図３】同腕木連結部の連結状態での一部切り欠き平面
図である。FIG. 3 is a partially cutaway plan view of the arm-joint connecting portion in a connected state.

【図４】同枠組棚の要部の斜視図である。FIG. 4 is a perspective view of a main part of the framed shelf.

【図５】同枠組棚の正面図である。FIG. 5 is a front view of the frame rack.

【図６】同枠組棚の側面図である。FIG. 6 is a side view of the frame rack.

【符号の説明】[Explanation of symbols]

１ 枠組棚 10 枠体 11 立設支柱 20 支持部材 21 ガイド部材 23 腕木 24 腕木レール 30 中間部材 31 支持支柱（支柱） 32 腕木（他部材） 33 腕木レール 35 被支持部 36 被ガイド部 40 外板部 41 内板部 42 側板部 44 連結板部 45 貫通孔 46 通し孔 50 縦材部 51 横材部 52 連結孔 53 リベット（連結具） 54 被係止部 60 係止具 60ａ 係止部 1 Frame Shelf 10 Frame 11 Standing Prop 20 Support Member 21 Guide Member 23 Arm 24 Arm Arm Rail 30 Intermediate Member 31 Support Arm (Support) 32 Arm (Other Member) 33 Arm Rail 35 Supported Part 36 Guided Part 40 Outer Plate Part 41 inner plate part 42 side plate part 44 connecting plate part 45 through hole 46 through hole 50 vertical member part 51 horizontal member part 52 connecting hole 53 rivet (connecting tool) 54 locked part 60 locking tool 60a locking part

Claims (2)

【特許請求の範囲】[Claims] 【請求項１】 支柱に対して他部材を取り付ける枠組棚
の連結構造であって、前記支柱を、互いに対向する外板
部および内板部と、左右の側板部と、左右に分割された
内板部の端縁から折り曲げられて突出する左右一対の連
結板部とにより型材状に形成するとともに、両連結板部
の所定の位置に貫通孔と通し孔とを形成し、前記他部材
は左右一対であって、前記連結板部に当接自在な縦材部
を有し、この縦材部に前記貫通孔に合致自在な連結孔を
形成するとともに、前記通し孔に対応する部分に上下方
向の被係止部を形成し、合致させた貫通孔と連結孔に作
用自在な連結具を設けるとともに、通し孔に通されて両
被係止部に作用する係止具を設けたことを特徴とする枠
組棚の連結構造。1. A structure for connecting frame shelves to which other members are attached to a pillar, wherein the pillar is provided with an outer plate portion and an inner plate portion facing each other, left and right side plate portions, and a left and right divided inner portion. A pair of left and right connecting plate portions that are bent and project from the edge of the plate portion are formed in a shape of a mold material, and a through hole and a through hole are formed at predetermined positions of both connecting plate portions. A pair of vertical members that can come into contact with the connecting plate are formed, and a connecting hole that can match the through hole is formed in the vertical member, and a vertical direction is provided at a portion corresponding to the through hole. The lockable portion is formed, and a fitting tool that can act in the matched through hole and the coupling hole is provided, and a locking tool that is passed through the through hole and acts on both the locked portions is provided. The frame rack connection structure. 【請求項２】 他部材が、連結孔を形成した縦材部と、
この縦材部の上端から連結板部とは反対側に延びかつ被
係止部を形成した横材部とからなる腕木であることを特
徴とする請求項１記載の枠組棚の連結構造。2. The other member is a vertical member portion having a connecting hole,
2. The frame rack connection structure according to claim 1, wherein the frame member is a brace made of a horizontal member extending from the upper end of the vertical member to the side opposite to the connecting plate and having a locked portion.