JPH06115640A - Framework shelf - Google Patents

Abstract

PURPOSE:To provide a framework shelf of which construction is simple so as to facilitate assembling from the outside, supporting load is large, and exchange is easy, by constituting the shelf so that the intermediate members can be freely arranged between the standingly provided pillars of a frame body. CONSTITUTION:Front and rear standingly provided pillars 11 are connected and fixed together through horizontal members 12 and diagonal members 13 between, right and left pillars 11 are connected and fixed together through brace fitting plates 14, an upper horizontal beam, a middle horizontal beam 16, and a lower horizontal beam 17, and hence a framework shelf 1 is assembled. The supported part 35 of an inside supporting pillar 31 is fitted to a supporting member 20 from the outside, the guided part 36 is fitted to a guiding member 21 and pushed to the inside, and an intermediate member 30 is arranged in a frame body 10. An outside supporting pillar 31 is also similarly fitted, then a connecting tool 39 is worked extending from the guided part 36 to the guiding member 21 so as to position the intermediate member 30. Hereby, assembling-in of the intermediate member against the frame body 10 can be easily performed by sliding, and a load can be supported with the frame body 10 side through the supporting pillars 31.

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
る棚など使用される枠組棚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 shelf used for loading and unloading shelves by, for example, a forklift, and a shelf in an automated warehouse.

【０００２】[0002]

【従来の技術】従来、この種の枠組棚としては、たとえ
ば特開昭63−154503号公報に見られる構造が提供されて
いる。すなわち前後一対の支柱を斜め材で結合一体化し
て側枠を形成し、そして左右の支柱間を吊り下げ用水平
ビームや水平固定ビームなどで結合一体化している。さ
らに前後一対の吊り下げ柱と、これら吊り下げ柱間に一
体化した上下で複数の幅広棚板（荷受け部材）からなる
枠組み体が、内部に複数配設されている。2. Description of the Related Art Hitherto, as a frame rack of this type, a structure shown in, for example, JP-A-63-154503 has been provided. That is, a pair of front and rear struts are joined together by diagonal members to form a side frame, and the left and right struts are joined together by a horizontal beam for suspension or a horizontal fixed beam. Further, a plurality of frame bodies each including a pair of front and rear suspension columns and a plurality of upper and lower wide shelf plates (load receiving members) integrated between the suspension columns are arranged inside.

【０００３】ここで枠組み体の各吊り下げ柱の上端に
は、内部にナットを固着したブラケットが固着されてい
る。そして枠組み体は、吊り下げ用水平ビームを挿通す
るボルトを前記ブラケットのナットに螺合させることで
吊設され、また吊り下げ柱の下端を、下位のブラケット
に嵌合させることで、あるいは振れ止め用水平ビームに
設けた振れ止め用ブラケットに係合させることで振れ止
めされている。Here, a bracket having a nut fixed inside is fixed to the upper end of each suspension column of the frame body. The frame is suspended by screwing a bolt through which the horizontal beam for suspension is inserted into the nut of the bracket, and the lower end of the suspension column is fitted to a lower bracket or a steady rest. The steady beam is fixed by engaging a steady bracket provided on the horizontal beam.

【０００４】[0004]

【発明が解決しようとする課題】上記の従来構成におい
ては、一個の枠組み体に対してブラケットや振れ止め用
ブラケットはそれぞれ複数必要であることから、その取
り扱いや溶接による固定が面倒であり、また組み込み
は、作業員が内部に入って差し込み嵌合やボルト締めな
どを行うことから、 容易に迅速に行えない。さらに支持
荷重の全てがボルトなどによる吊り連結部に掛かって、
この連結部を破損する恐れがあり、その取り換えは容易
に行えない。In the above-mentioned conventional structure, since a plurality of brackets and steady rest brackets are required for each frame, it is troublesome to handle and fix them by welding. Assembling is not easy and quick because the worker enters the inside and inserts and fits and tightens bolts. Furthermore, all of the supporting load is applied to the suspension connection part such as bolts,
This connecting part may be damaged and cannot be replaced easily.

【０００５】本発明の目的とするところは、構造を簡素
化し得るとともに、組み込みを外部から容易に行え、し
かも支持荷重に強くかつ取り換えを容易に行える枠組棚
を提供する点にある。It is an object of the present invention to provide a frame shelf which can be simplified in structure, can be easily assembled from the outside, is strong against a supporting load, and can be easily replaced.

【０００６】[0006]

【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発明の枠組棚は、外側に位置する複数の立設支
柱と、これら立設支柱の前後間ならびに左右間を連結す
る水平材とにより枠体を形成し、前後で複数の支持支柱
と、前後の支持支柱間に取り付けた腕木レールとにより
中間部材を形成し、この中間部材を左右の立設支柱間に
配設自在に構成し、前記中間部材の下部を枠体側に載置
自在に構成するとともに、上部を枠体側に連結する連結
具を設けている。In order to achieve the above object, the frame shelf of the first aspect of the present invention comprises a plurality of standing columns located outside and a horizontal frame connecting the front and rear and left and right of these standing columns. A frame is formed by the material, and an intermediate member is formed by a plurality of front and rear supporting columns and arm rails attached between the front and rear supporting columns, and the intermediate member can be freely arranged between the left and right standing columns. A lower part of the intermediate member is configured to be freely placed on the frame body side, and a connector for connecting the upper part to the frame body side is provided.

【０００７】また本第２発明の枠組棚は、外側に位置す
る複数の立設支柱と、これら立設支柱の前後間ならびに
左右間を連結する水平材とにより枠体を形成するととも
に、立設支柱間に、下部の水平材に取り付けた前後方向
の支持部材と、この支持部材に対向して上部の水平材に
取り付けたガイド部材とを設け、前後で複数の支持支柱
と、前後の支持支柱間に取り付けた腕木レールとにより
中間部材を形成し、この中間部材の下部を、前記支持部
材に摺動自在に支持される被支持部に形成するととも
に、中間部材の上部に、前記ガイド部材に案内されかつ
ガイド部材に連結具を介して連結自在な被ガイド部を形
成している。The frame shelf according to the second aspect of the present invention forms a frame body by a plurality of standing columns located outside and a horizontal member connecting front and rear and left and right of these standing columns, and stands upright. A support member in the front-rear direction attached to the lower horizontal member and a guide member attached to the upper horizontal member facing the support member are provided between the columns, and a plurality of support columns in the front and rear and front and rear support columns An intermediate member is formed by an arm rail attached between the lower and lower parts of the intermediate member to be a supported portion slidably supported by the supporting member, and an upper portion of the intermediate member and a guide member. A guided portion is formed which is guided and can be connected to the guide member via a connecting tool.

【０００８】[0008]

【作用】上記した本第１発明の構成によると、腕木レー
ルに載置した荷の荷重は、その下部を枠体側に載置した
支持支柱を介して枠体側で支持し得る。また中間部材
は、その上部を連結具により枠体側に連結することで、
抜出されることなく位置決めし得る。According to the structure of the first aspect of the present invention described above, the load of the load placed on the arm rail can be supported on the frame body side through the support columns whose lower portion is placed on the frame body side. In addition, the intermediate member, by connecting the upper portion to the frame body side by a connecting tool,
It can be positioned without being pulled out.

【０００９】また本第２発明の構成によると、枠体の内
部に中間部材を配置するに、まず枠体の外に準備された
中間部材の、内部に位置される支持支柱の被支持部を支
持部材に外側から嵌合させるとともに、被ガイド部をガ
イド部材に嵌合させる。次いで中間部材に押し込み力を
作用させることで、被支持部を支持部材に支持案内さ
せ、かつ被ガイド部をガイド部材に案内させて、この中
間部材を内側へと移動させ得る。そして外部に位置され
る支持支柱も同様に嵌合させた状態で、被ガイド部から
ガイド部材に亘って連結具を作用させることで、中間部
材は抜出されることなく位置決めし得る。なお逆操作に
より中間部材の抜き出しを行え、一部損傷に対する取り
替えなどを行える。Further, according to the structure of the second aspect of the present invention, in disposing the intermediate member inside the frame body, first, the supported portion of the supporting column positioned inside the intermediate member prepared outside the frame body is arranged. The guided member is fitted to the support member from the outside and the guided portion is fitted to the guide member. Then, by applying a pushing force to the intermediate member, the supported member can be supported and guided by the supporting member, and the guided member can be guided by the guide member to move the intermediate member inward. Then, the intermediate member can be positioned without being pulled out by operating the connecting tool from the guided portion to the guide member in a state where the support column positioned outside is also fitted. The intermediate member can be pulled out by reverse operation, and replacement for partial damage can be performed.

【００１０】[0010]

【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。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. The frame shelf 1 includes a frame body 10 and a plurality of intermediate members 30. The frame body 10 includes standing columns 11 arranged at predetermined intervals in the front and rear and left and right, a plurality of horizontal members 12 connecting and fixing predetermined positions of the front and rear standing columns 11, and a plurality of diagonal members. 13 and an upper lateral beam (horizontal member) 15, which connects and fixes predetermined positions of the left and right standing columns 11 to each other via a brace mounting plate 14, a middle lateral beam (horizontal member) 16, a lower lateral beam (horizontal member). ) 17 and the like. 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.

【００１１】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 form of a channel rail, and its upper surface is opened so that the longitudinal 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).

【００１２】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 between the right and left upright columns 11 at a plurality of predetermined intervals. 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.

【００１３】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に連結具を
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. Further, the upper portions of both the support columns 31 are formed on a guided portion 36 which is guided by the guide member 21 and is connectable to the guide member 21 via a connecting tool.

【００１４】すなわち両支持支柱31の上部には、上面な
らびに前後で開放しかつ前記ガイド部材21に外嵌自在な
嵌合用凹部37が形成され、さらに両支持支柱31のうち、
外側に位置した支持支柱31の上部でかつ嵌合用凹部37の
両側には、前記貫通孔22に連通自在な長孔38が上下方向
に長く形成され、これら37，38により被ガイド部36を形
成している。前記貫通孔22に長孔38を連通させた状態で
の連結具は、たとえば両孔22，38間に亘って作用するボ
ルトナット39からなる。That is, a fitting concave portion 37 which is open on the upper surface and the front and rear sides and which can be externally fitted to the guide member 21 is formed at the upper portion of both the supporting columns 31, and further, among the supporting columns 31,
On the upper side of the support column 31 located on the outer side and on both sides of the fitting recess 37, a long hole 38 that can communicate with the through hole 22 is formed long in the vertical direction, and the guided portion 36 is formed by these 37, 38. is doing. The connecting tool in the state where the elongated hole 38 is communicated with the through hole 22 is composed of, for example, a bolt nut 39 acting between the both holes 22 and 38.

【００１５】また枠体10を構成する各立設支柱11の側面
にも、中間部材30と同様に、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。なお前記枠体10側からは、この枠体10
側における腕木レール24の中間部を支持する吊り部材25
が垂設されている。Similarly to the intermediate member 30, on the side surface of each of the upright columns 11 constituting the frame body 10, between the arms 23 protruding horizontally and horizontally, and between the free ends of the arms 23 facing each other in the front-rear direction. And arm rails 24 attached to. The load 2 is supported between the left and right arm rails 24 and 33 of the frame 10 and the intermediate member 30. From the frame body 10 side, this frame body 10
Hanging member 25 for supporting the middle portion of the arm rail 24 on the side
Is installed vertically.

【００１６】上記実施例において、枠組棚１の組み立て
は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16、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。In the above embodiment, the frame rack 1 is assembled in the following manner. That is, front and rear standing columns 11
The horizontal beams 12 and the diagonal members 13 are used to connect and fix them, and the right and left standing columns 11 are connected to each other by the upper horizontal beam 15, the intermediate horizontal beam 16, and the lower horizontal beam 17 via the brace mounting plate 14. The frame body 10 can be formed by fixing. Further, a support member 20 is attached to the upper surfaces of the intermediate horizontal beam 16 and the lower horizontal beam 17, and a guide member 21 is attached to the lower surfaces of the upper horizontal beam 15 and the intermediate horizontal beam 16 at positions facing the support member 20.

【００１７】このように構成された枠体10の内部に中間
部材20が配置される。すなわち中間部材20は図４の実線
で示すように枠組棚１の外に準備される。そして中間部
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、その嵌合用凹部37を介してガイド部材21に外嵌
させる。The intermediate member 20 is arranged inside the frame body 10 constructed as described above. That is, the intermediate member 20 is prepared outside the frame shelf 1 as shown by the solid line in FIG. Then, the intermediate member 20 firstly includes the supported portion 35 of the support column 31 located inside.
While being fitted to the support member 20 from the outside, the guided portion 35 is fitted to the guide member 21 via the fitting recess 37.

【００１８】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、支持支柱
31の長孔38をガイド部材21の貫通孔22に連通させる。こ
の状態で、外部から両孔38，22間に亘ってボルトナット
39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。Then, by applying a pushing force to the intermediate member 20, the supported member 35 is supported and guided by the supporting member 20 and the guided member 36 is guided by the guide member 21, and the intermediate member 20 is Moved inward. Then, the support column 31 located outside is also fitted in the same manner,
The long hole 38 of 31 is communicated with the through hole 22 of the guide member 21. In this state, bolt nuts from the outside between both holes 38, 22
By acting 39, the intermediate member 20 is positioned without being pulled out.

【００１９】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行え
る。上記のようにして組み立てられた枠組棚１は、図３
に示すように片面使用（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。そして腕木レール
33に載置した荷２の荷重は、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。The above-mentioned arrangement of the intermediate member 20 is performed in two steps from both outer surfaces. The intermediate member 20 can be pulled out by a reverse operation, and replacement for partial damage can be performed. The frame shelf 1 assembled as described above is shown in FIG.
Frame shelf 1A with one side (or both sides) as shown in
A plurality of automatic warehouses can be arranged side by side by arranging the aisles 3 in parallel with each other and disposing the loading / unloading device (crane) 4 in the aisles 3. And arm rail
The load of the load 2 placed on the 33 is supported by the intermediate transverse beam 16 and the lower transverse beam 17 via the support column 31 and the support member 20.

【００２０】上記実施例では、空洞化した枠体10の内部
に両面から中間部材20を一枚ずつ差し込む形式の枠組棚
を示したが、これは片面から二枚の中間部材20を差し込
む形式であってもよい。なお両面から中間部材20を一枚
ずつ差し込む形式のとき、前後方向の中間位置に枠体10
側に固定されたブレースを配置した形式の枠組棚や、内
部にも立設支柱11を配置した形式の枠組棚も可能であ
る。さらに片面から一枚の中間部材20を差し込んだ片面
使用の枠組棚も可能である。In the above-mentioned embodiment, the frame rack in which the intermediate members 20 are inserted one by one from both sides inside the hollowed frame body 10 is shown, but this is a form in which two intermediate members 20 are inserted from one side. It may be. When the intermediate members 20 are inserted one by one from both sides, the frame 10 is placed at the intermediate position in the front-rear direction.
It is also possible to use a framed shelf in which braces fixed to the side are arranged, or a framed shelf in which standing columns 11 are arranged inside. Further, it is possible to use a single-sided frame rack in which one intermediate member 20 is inserted from one side.

【００２１】上記実施例で示すように、外側に位置した
両孔22，38間にのみボルトナット39を作用させること
で、組み込み（差し込み）と連結とを容易に行えるが、
ボルトナット39による連結は、内部も含めて前後方向の
複数箇所で行ってもよい。As shown in the above embodiment, the bolt nut 39 is acted only between the holes 22 and 38 located on the outer side, so that assembling (inserting) and connection can be easily performed.
The connection with the bolt nut 39 may be performed at a plurality of positions in the front-rear direction including the inside.

【００２２】[0022]

【発明の効果】上記構成の本第１発明によると、枠体に
対する中間部材の組み込みは、外部から容易に行うこと
ができ、しかも荷重の支持は、連結具などを破損するこ
となく強固にかつ安定して行うことができる。According to the first aspect of the present invention having the above-mentioned structure, the intermediate member can be easily incorporated into the frame from the outside, and the load can be supported firmly without damaging the connector or the like. It can be performed stably.

【００２３】また本第２発明によると、構造を簡素化で
きるとともに、枠体に対する中間部材の組み込みは、外
部からのスライド（差し込み）により容易に行うことが
でき、しかも取り換えも容易に行うことができる。Further, according to the second aspect of the present invention, the structure can be simplified, and the intermediate member can be easily incorporated into the frame by sliding (inserting) it from the outside, and can be easily replaced. it can.

【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、枠組棚の要部の斜視
図である。FIG. 1 shows an embodiment of the present invention and is a perspective view of a main part of a frame shelf.

【図２】同枠組棚の要部の正面図である。FIG. 2 is a front view of a main part of the frame shelf.

【図３】同枠組棚の側面図である。FIG. 3 is a side view of the frame rack.

【図４】同枠組棚の中間部材配設作業時の縦断側面図で
ある。FIG. 4 is a vertical cross-sectional side view of the framed shelves at the time of disposing intermediate members.

【図５】同枠組棚の横断平面図である。FIG. 5 is a cross-sectional plan view of the frame rack.

【図６】同中間部材配設部の要部の一部切り欠き斜視図
である。FIG. 6 is a partially cutaway perspective view of an essential part of the intermediate member disposing portion.

【符号の説明】[Explanation of symbols]

１ 枠組棚 10 枠体 11 立設支柱 12 水平材 15 上部横ビーム（水平材） 16 中間部横ビーム（水平材） 17 下部横ビーム（水平材） 20 支持部材 21 ガイド部材 22 貫通孔 24 腕木レール 30 中間部材 31 支持支柱 32 腕木 33 腕木レール 35 被支持部 36 被ガイド部 37 嵌合用凹部 38 長孔 39 ボルトナット（連結具） 1 Frame shelf 10 Frame 11 Standing column 12 Horizontal member 15 Upper horizontal beam (horizontal member) 16 Middle horizontal beam (horizontal member) 17 Lower horizontal beam (horizontal member) 20 Support member 21 Guide member 22 Through hole 24 Arm rail 30 Intermediate member 31 Support post 32 Arms 33 Arm rails 35 Supported parts 36 Guided parts 37 Recesses for fitting 38 Long holes 39 Bolts and nuts (connectors)

Claims (2)

【特許請求の範囲】[Claims] 【請求項１】 外側に位置する複数の立設支柱と、これ
ら立設支柱の前後間ならびに左右間を連結する水平材と
により枠体を形成し、前後で複数の支持支柱と、前後の
支持支柱間に取り付けた腕木レールとにより中間部材を
形成し、この中間部材を左右の立設支柱間に配設自在に
構成し、前記中間部材の下部を枠体側に載置自在に構成
するとともに、上部を枠体側に連結する連結具を設けた
ことを特徴とする枠組棚。1. A frame body is formed by a plurality of standing struts located outside and a horizontal member connecting front and rear and left and right of these standing struts, and a plurality of front and rear support struts and front and rear supports. An intermediate member is formed with arm rails attached between the columns, the intermediate member is configured to be freely disposed between the left and right standing columns, and the lower portion of the intermediate member is configured to be placed on the frame body side, A framed shelf provided with a connecting tool for connecting an upper part to a frame side. 【請求項２】 外側に位置する複数の立設支柱と、これ
ら立設支柱の前後間ならびに左右間を連結する水平材と
により枠体を形成するとともに、立設支柱間に、下部の
水平材に取り付けた前後方向の支持部材と、この支持部
材に対向して上部の水平材に取り付けたガイド部材とを
設け、前後で複数の支持支柱と、前後の支持支柱間に取
り付けた腕木レールとにより中間部材を形成し、この中
間部材の下部を、前記支持部材に摺動自在に支持される
被支持部に形成するとともに、中間部材の上部に、前記
ガイド部材に案内されかつガイド部材に連結具を介して
連結自在な被ガイド部を形成したことを特徴とする枠組
棚。2. A frame body is formed by a plurality of standing pillars located outside and a horizontal member connecting front and rear and left and right of these standing pillars, and a lower horizontal member is provided between the standing pillars. The support member in the front-rear direction attached to and the guide member attached to the upper horizontal member facing the support member are provided, and by the plurality of support columns in the front and rear and the arm rails attached between the front and rear support columns. An intermediate member is formed, a lower portion of the intermediate member is formed as a supported portion slidably supported by the supporting member, and an upper portion of the intermediate member is guided by the guide member and is connected to the guide member. A framed shelf characterized in that a guided portion which can be freely connected is formed.