JPH0638803Y2 - Rack device for stacking pallets for cargo handling - Google Patents

Rack device for stacking pallets for cargo handling

Info

Publication number
JPH0638803Y2
JPH0638803Y2 JP1986052520U JP5252086U JPH0638803Y2 JP H0638803 Y2 JPH0638803 Y2 JP H0638803Y2 JP 1986052520 U JP1986052520 U JP 1986052520U JP 5252086 U JP5252086 U JP 5252086U JP H0638803 Y2 JPH0638803 Y2 JP H0638803Y2
Authority
JP
Japan
Prior art keywords
columns
frame body
members
lower frame
rack device
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
Application number
JP1986052520U
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Japanese (ja)
Other versions
JPS62164214U (en
Inventor
清長 高橋
清嗣 高橋
Original Assignee
伊豫鉄工株式会社
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Publication date
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Priority to JP1986052520U priority Critical patent/JPH0638803Y2/en
Publication of JPS62164214U publication Critical patent/JPS62164214U/ja
Application granted granted Critical
Publication of JPH0638803Y2 publication Critical patent/JPH0638803Y2/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

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  • Warehouses Or Storage Devices (AREA)

Description

【考案の詳細な説明】 産業上の利用分野 この考案は、荷役用パレットを、荷物の積載状態におい
て倉庫内等で上下複数段に段積みするために用いられる
綱製ラック装置に関する。
TECHNICAL FIELD The present invention relates to a rope rack device used for stacking cargo pallets in a plurality of upper and lower stages in a warehouse or the like in a loaded state.

従来の技術と問題点 この種のラック装置の一般的なものとして、例えば実公
昭54−34912号公報、実開昭58−62935号公報に見られる
ようなものが知られている。これらのラック装置は、第
10図に示すように、フォークリフトのフォークの挿入を
可能とした矩形状のベース枠体(31)の前端部外側面に
左右1対の前部支柱(32)(32)を立て、同ベース枠体
(31)の後面側に前部支柱間の間隔よりも外側面内の間
隔を小として左右1対の後部支柱(33)(33)を立て、
この後部支柱の上端に渡して後部横桟(34)を固定する
と共に、該後部横桟(34)の両端部と前部支柱(32)
(32)の上端の内方折曲部(32a)(32a)との間に渡し
て、ベース枠体(31)の両側の下部レール部材(36)
(36)の真上位置に上部レール部材(35)(35)を固着
したものとなされている。この形式のラック装置は、断
面逆V字状の上下のレール部材(35)(36)を相互に適
合させて上下に多段に段積みすることができ、従って、
各ベース枠体上にパレットを載置して、実質上それを多
段に積み上げることができるほか、不使用時には、ラッ
ク装置自体を順次入れ子式に積重ねることが可能であ
り、輸送、保管にも便利であるという長所を有してい
る。
2. Description of the Related Art Conventional techniques and problems As a general type of rack device of this type, there are known those disclosed in Japanese Utility Model Publication No. 54-34912 and Japanese Utility Model Publication No. 58-62935. These rack devices are
As shown in Fig. 10, a pair of left and right front support columns (32) (32) are erected on the outer surface of the front end portion of the rectangular base frame body (31) that allows the fork of the forklift to be inserted. On the rear surface side of the body (31), a pair of left and right rear support pillars (33) (33) is erected with a space in the outer surface smaller than the space between the front support pillars.
The rear cross rail (34) is fixed by passing over the upper end of the rear post, and both ends of the rear cross rail (34) and the front post (32) are fixed.
The lower rail members (36) on both sides of the base frame (31) are passed between the upper end of the (32) and the inward bent portions (32a) (32a).
The upper rail members (35) and (35) are fixed directly above the (36). In this type of rack device, the upper and lower rail members (35, 36) having an inverted V-shaped cross section can be fitted to each other to be stacked in a multi-tiered manner.
Pallets can be placed on each base frame to stack them virtually in multiple stages, and when not in use, rack devices can be sequentially stacked in a nesting manner for transportation and storage. It has the advantage of being convenient.

ところが、一方においてこの形式のラック装置は、上面
側が開放状のものであるために最上段のラック装置の上
に更に荷物積載パレットを載せるということが不可能で
あり、これを可能にするためには別途、該最上段のラッ
ク装置上に適合する支柱を有しないベース枠部材(37)
を用意しなければならない。このため、例えば3段にパ
レットを段積みするためには、2個のラック装置と、1
個のベース枠部材(37)との3部材を必要とし、多段多
列の格納棚を構成する場合にいささかにコスト高につく
という難点があった。
However, on the other hand, in this type of rack device, since the upper surface side is open, it is impossible to further load a pallet on the uppermost rack device. Is a base frame member (37) that does not have a pillar that fits on the top rack device separately.
Must be prepared. Therefore, for example, in order to stack pallets in three stages, two rack devices and one
It requires three members including the individual base frame members (37), and there is a drawback that the cost is slightly high when a storage rack with multiple stages and multiple rows is constructed.

このような問題点に対し、上記ベース枠部材(37)の使
用を省略しうるタイプのラック装置として、最近実開昭
58−62937号公報に示されるようなものが提案されてい
る。このラック装置は、第11図に示すように、いわば第
10図に示すラック装置を上下に反転して、下面側を開放
のものとし、上面側にベース枠体(31)を配置するよう
にしたものである。従って、第11図には第10図の符号を
援用して相当部分を同一の符号で示した。
In response to such problems, a rack device of the type that can omit the use of the base frame member (37) has recently been developed.
The one shown in Japanese Patent Laid-Open No. 58-62937 has been proposed. This rack device, as shown in Fig. 11, is
The rack device shown in FIG. 10 is turned upside down so that the lower surface side is open and the base frame body (31) is arranged on the upper surface side. Therefore, in FIG. 11, the reference numerals of FIG. 10 are referred to and the corresponding portions are indicated by the same reference numerals.

この第11図に示されるようなラック装置は、最下段のパ
レットを床面上に直接載置し、2段目のパレットを第1
段目のラック装置の上部に位置するベース枠体(31)上
に載置するものである。従って、例えば3個の荷物積載
パレットを段積みするのに、2個のラック装置の使用で
足り、設備コストの面で一段と有利である。
In the rack device as shown in FIG. 11, the bottom pallet is placed directly on the floor surface, and the second pallet is the first pallet.
The rack device is mounted on the base frame body (31) located above the rack device at the stage. Therefore, it is sufficient to use two rack devices for stacking, for example, three luggage loading pallets, which is further advantageous in terms of equipment cost.

ところが、この第11図のラック装置においては、第10図
のラック装置でも同じことであるが、不使用時の入れ子
式積重ねを可能とするために、ベース枠体(31)の横幅
より前部支柱(32)(32)が外側に張り出したものとな
されている。このため、複数個のラック装置を左右に横
並びに配置する場合、第12図に示すように隣接するラッ
ク装置相互は前部支柱(32)(32)のみが外側面どおし
で密接するにとどまり、下部レール部材(36)(36)相
互間及びベース枠体(31)(31)相互間には、第12図に
示すように前部支柱の2倍幅相当分以上の間隔(l)が
生じることになる。このため、ラック装置を上下に多段
に段積みしたものを横並びに配列する場合、隣接するラ
ック装置列の相互間で充分な拘束力が働かず、ラック列
がぐらつき易い傾向を示し、まして地震時等においては
倒壊を生じる危険性が多大なものであった。のみなら
ず、上記の間隔(l)に相当する部分の床面積が実質上
無駄になり、床面積の有効利用という面からも不利益を
生むものであった。
However, in the rack device shown in FIG. 11, the same applies to the rack device shown in FIG. 10, but in order to enable the nested stacking when not in use, the width of the front part of the base frame (31) is larger than that of the front part. The columns (32) (32) are projected outward. Therefore, when arranging a plurality of rack devices side by side horizontally, as shown in Fig. 12, only the front columns (32) (32) of adjacent rack devices are closely contacted with each other on the outer side. Between the lower rail members (36) (36) and between the base frame bodies (31) (31), as shown in FIG. 12, an interval (l) equal to or more than twice the width of the front support column. Will occur. For this reason, when rack devices stacked vertically in multiple stages are arranged side by side, sufficient restraining force does not work between adjacent rack device rows, and the rack rows tend to wobble, let alone during an earthquake. In such cases, there was a great risk of collapse. Not only that, the floor area of the portion corresponding to the above-mentioned interval (l) is substantially wasted, which causes a disadvantage in terms of effective utilization of the floor area.

考案の目的 この考案は、上記のような従来技術を背景として、多段
多列積重ね時の安定性を一段と良好なものとなしうるの
に加えて、床面積の有効利用という面からも一層有利で
あるようなラック装置を提供しようとするものである。
Purpose of the Invention This invention is more advantageous from the viewpoint of effective use of floor area in addition to the fact that the stability at the time of multi-stage multi-row stacking can be further improved against the background of the above-mentioned conventional technology. It is intended to provide such a rack device.

問題点を解決する為の手段 この考案は、第11図に示されるような形式のラック装置
を更に改善したものであり、第1には、入れ子式の積重
ね可能性を保有しつつ、前部支柱の外側面と下部枠体の
外側面との面位置を合致せしめるものとして、ラック装
置内の実質的な有効内法寸法を拡げたこと、又第2に
は、前部支柱の上端と下枠体の前端部とに部分的な嵌合
構成による積重ね用位置決め部材を設けるものとして、
安定した段積みを行ないうるものとしたことに主たる特
徴を有するものである。
This invention is a further improvement of the rack device of the type shown in FIG. 11, and the first one is that it has a nestable stackability and a front part. As a means for matching the surface positions of the outer surface of the column and the outer surface of the lower frame, the effective effective inner dimension in the rack device is expanded, and secondly, the upper and lower ends of the front column are arranged. As a stacking positioning member having a partially fitted configuration with the front end of the frame body,
The main feature is that stable stacking can be performed.

即ち、この考案は、左右に1対の平行に配置された脚部
材(3)(3)と、これらの上方に所定の間隔を隔てて
固着された1対の積重ね用奥行部材(2)(2)と、上
記脚部材(3)(3)の後端間を連結した後部横桟
(4)とで前面側を開放した平面視コ字状の下枠体
(1)が構成され、該下枠体(1)の前端に左右1対の
前部支柱(5)(5)が立設されると共に、この前部支
柱の内側面間の間隔(W1)及び下枠体(1)の内側面間
の最小間隔(W4)より外側面の間隔(W2)を小として上
記下枠体(1)の後部横桟(4)上に左右1対の後部支
柱(6)(6)が立設され、更に上記前後4本の支柱
(5)(5)(6)(6)上に、横幅(W3)を前記前部
支柱(5)(5)の内側面の間隔(W1)より小とした矩
形状のパレット載置用上部枠板(7)が水平状に固着さ
れ、前部支柱(5)(5)の外側面と下枠体(1)の外
側面とが同一垂直面に位置されると共に、脚部材(3)
(3)と前部支柱(5)(5)の上端面に、複数個のラ
ック装置の段積み時において互いに嵌合状態に適合され
る嵌合用凹部(9)と同突部(10)とが設けられてなる
ことを特徴とする荷役用パレットの段積み用ラック装置
を要旨とする。
That is, according to the present invention, a pair of left and right leg members (3) and (3) are arranged in parallel, and a pair of stacking depth members (2) (2) (fixed above them at a predetermined interval). 2) and the rear cross rail (4) connecting between the rear ends of the leg members (3) and (3) constitute a lower frame body (1) having a U-shape in plan view, the front side of which is open. A pair of left and right front columns (5) (5) are erected on the front end of the lower frame (1), and the space (W1) between the inner side surfaces of the front columns and the lower frame (1) A pair of left and right rear columns (6) and (6) stand on the rear cross rail (4) of the lower frame body (1) with the outer space (W2) smaller than the minimum space (W4) between the inner side surfaces. Further, the width (W3) is smaller than the space (W1) on the inner side surface of the front strut (5) (5) on the above-mentioned four columns (5), (5), (6) and (6). The rectangular upper frame plate for pallet mounting ( 7) is fixed horizontally, and the outer surfaces of the front columns (5) (5) and the outer surface of the lower frame (1) are located on the same vertical plane, and the leg members (3)
(3) and the upper end surfaces of the front columns (5) and (5) are provided with fitting recesses (9) and projections (10) adapted to be fitted to each other when a plurality of rack devices are stacked. The gist is a rack device for stacking cargo pallets, which is characterized by being provided with.

実施例 以下、この考案の構成を更に添附図面に示す実施例に基
づいて説明する。
Embodiment Hereinafter, the configuration of the present invention will be described based on an embodiment shown in the accompanying drawings.

第1図ないし第6図において、(1)は前面側を開放し
た平面視コ字状に組立てられた下枠体であり、左右に1
対の平行状に配置された奥行方向に長い脚部材(3)
(3)と、その上方に所定の間隔を隔てて平行に配置さ
れた左右に1対の積重ね用の奥行部材(2)(2)と、
更に上記脚部材(3)(3)の後端間を連結し、下面を
脚部材と同一平面に位置させた後部横桟(4)とを主要
構成部材とし、更に脚部材(3)と奥行部材(2)の中
間部を連結した断面L字形の連結片(11)及びそれらの
後端面から側面部にかけての部分に当てがわれて固着さ
れた後部ガセット板(12)とを有する。脚部材(3)は
第4図及び第5図に詳しく示されるよう断面逆V字状の
アングル材からなるものであり、その開放側の下面が、
前端部と後端部の所定長さ部分を残して塞ぎ板(13)で
塞がれている。この塞ぎ板(13)は、脚部材(3)の接
床面積を増大して、ラック装置に負荷される荷重で脚部
材(3)が床面に食い込むのを防止すると共に、段積み
時に後述の上部枠板上での脚部材(3)のスライドをス
ムーズに行なわせる役目を果す。塞ぎ板(13)を欠如さ
せた脚部材(3)の前端部の下面開放部分は、段積み用
の嵌合凹部(9)を構成する。また、奥行部材(2)は
角パイプからなるものであって、下枠体(1)の補強の
役目と共に、複数個のラック装置を第9図に示すように
入れ子式に積重ねる際上段のラック装置の脚部材(3)
(3)を支承するものである。
In FIG. 1 to FIG. 6, (1) is a lower frame body assembled in a U-shape in plan view with the front side open, and the left and right sides 1
Long leg members (3) arranged in parallel with each other and extending in the depth direction
(3), and a pair of stacking depth members (2) and (2) on the left and right, which are arranged in parallel above and at a predetermined interval.
Further, the leg members (3) and (3) are connected to each other at their rear ends, and a rear cross rail (4) whose lower surface is located on the same plane as the leg member is a main constituent member. It has a connecting piece (11) having an L-shaped cross-section, which connects the intermediate parts of the member (2), and a rear gusset plate (12) which is applied and fixed to the part from the rear end surface to the side surface part thereof. The leg member (3) is made of an angle member having an inverted V-shaped cross section as shown in detail in FIGS. 4 and 5, and its lower surface on the open side is
The front end portion and the rear end portion are closed by a closing plate (13) leaving a predetermined length. The closing plate (13) increases the floor contact area of the leg member (3) to prevent the leg member (3) from biting into the floor surface by the load applied to the rack device, and will be described later when stacking. The leg member (3) slides smoothly on the upper frame plate. The open lower surface of the front end of the leg member (3) lacking the closing plate (13) constitutes a fitting recess (9) for stacking. Further, the depth member (2) is composed of a square pipe, and has a role of reinforcing the lower frame body (1) and, when stacking a plurality of rack devices in a nested manner as shown in FIG. Rack device legs (3)
(3) is supported.

(5)(5)は左右に1対の前部支柱であり、いずれも
角パイプからなる。これらの前部支柱(5)(5)は、
下枠体(1)の前端、即ち脚部材(3)(3)と奥行部
材(2)(2)の前端から立設されたもので、その外側
面は下枠体(1)の外側面、即ち脚部材(3)(3)及
び奥行部材(2)の外側面と同一垂直面に位置されたも
のとなされている。即ちそれらが面一になされている。
ただ、脚部材(3)(3)の内方側縁は第4図に示すよ
うに前部支柱(5)の内側面より僅かに内方に突出され
たものとなされている。
(5) (5) is a pair of left and right front struts, each of which is a square pipe. These front columns (5) (5) are
It is erected from the front end of the lower frame body (1), that is, the front ends of the leg members (3) and (3) and the depth members (2) and (2), and the outer surface thereof is the outer surface of the lower frame body (1). That is, the leg members (3) (3) and the depth member (2) are positioned on the same vertical surface as the outer surface. That is, they are made flush.
However, the inner side edges of the leg members (3) and (3) are projected slightly inward from the inner surface of the front support column (5) as shown in FIG.

(6)(6)は、左右に1対の後部支柱である。これら
もいずれも角パイプからなる。後部支柱(6)(6)は
下枠体(1)の後部横桟(4)上に立設されているが、
その位置は、両支柱(6)(6)の外側面間の間隔(W
2)が、前部支柱(5)(5)の内側面間の間隔(W1)
及び下枠体(1)の内側面間の最小間隔(W4)より小と
なる位置に設定されている。
(6) (6) is a pair of left and right rear columns. All of these are made of square pipes. The rear columns (6) and (6) are erected on the rear cross rail (4) of the lower frame body (1).
The position is the space (W) between the outer surfaces of both columns (6) (6).
2) is the space (W1) between the inner surfaces of the front columns (5) (5)
And a position smaller than the minimum distance (W4) between the inner side surfaces of the lower frame body (1).

(7)は上記の4本の支柱(5)(5)(6)(6)の
上端に固着された矩形のパレット載置用上部枠板であ
り、いずれも角パイプからなる前後及び左右の周囲の枠
材(15)(16)(17)(18)と、それらに囲まれた空間
内に格子状に配置された各複数本の縦桟(19)及び横桟
(20)とで構成されている。また、上部枠板(7)は、
左右方向の横幅(W3)が、前部支柱(5)(5)の内側
面間の間隔(W1)より小なるものとなされている。
(7) is a rectangular pallet-mounting upper frame plate fixed to the upper ends of the four columns (5), (5), (6), and (6) described above. Consists of surrounding frame members (15) (16) (17) (18), and a plurality of vertical bars (19) and horizontal bars (20) arranged in a lattice in the space surrounded by them. Has been done. Also, the upper frame plate (7) is
The lateral width (W3) in the left-right direction is smaller than the distance (W1) between the inner side surfaces of the front columns (5) and (5).

(10)は前部支柱(5)(5)の上端面において、下部
の脚部材(3)側の嵌合凹部(9)に対応する位置に設
けられた嵌合突部であり、嵌合凹部(9)に適合する山
形の断面三角形状に形成されている。なお、この嵌合突
部(10)の奥行方向の長さは、嵌合凹部(9)の長さに
対して充分に長目のものとなされ、上段に積重ねるべき
ラック装置が多少前後方向にずれて位置する場合にも相
互に嵌合状態を実現しうるものとなされている。
Reference numeral (10) denotes a fitting protrusion provided at a position corresponding to the fitting recess (9) on the lower leg member (3) side on the upper end surface of the front support columns (5) and (5). It is formed in a triangular cross section having a mountain shape that fits into the recess (9). The length of the fitting projection (10) in the depth direction is sufficiently longer than the length of the fitting recess (9) so that the rack device to be stacked on the upper stage may be slightly forward and backward. Even if they are displaced from each other, they can be fitted to each other.

(14)は上部枠板(7)の後面の左右両端部に固着され
た板状ストッパーであり、枠板の上方に突出し、ラック
装置の段積み時に上段のラック装置の後部横桟(4)に
当接してそれの位置決めを果しうるものとなされてい
る。
(14) are plate-like stoppers fixed to the left and right end portions of the rear surface of the upper frame plate (7), projecting above the frame plate, and at the time of stacking rack devices, the rear cross rail (4) of the upper rack device. It can be brought into contact with and can position it.

次に、上記ラック装置の用例について説明する。Next, an example of using the above rack device will be described.

荷物を積載したパレットを倉庫内において上下に複数段
に段積みする場合、第7図に示すように第1段目のパレ
ット(P1)はそれをそのまま第1段目のラック装置(R
1)の下枠体(1)の内側において床面上に積載する。
そして、次いで2段目のパレット(P2)は、これを第1
段目のラック装置(R1)の上部枠板(7)上に載置す
る。そして更に第3段目のパレット(P3)も積上げる場
合には第1段ラック装置(R1)上に別途第2段目のラッ
ク装置(R2)を積重ね、その上部枠板(7)上に第3段
目のパレット(P3)を載置する。そして通常はこのよう
に複数段に段積みされたラック装置列は、第7図に示す
ように左右方向にも横並びに設置して、所要大の物品格
納棚を構成するものである。
When pallets loaded with luggage are stacked in multiple layers vertically in a warehouse, as shown in Fig. 7, the first-stage pallet (P1) is used as it is for the first-stage rack device (R1).
1) Load on the floor inside the lower frame (1).
Then, the second pallet (P2)
It is placed on the upper frame plate (7) of the rack device (R1) of the stage. When the pallet (P3) on the third stage is also stacked, the rack device (R2) on the second stage is separately stacked on the rack device (R1) on the first stage, and the rack device (7) on the upper frame plate (7). Place the pallet (P3) on the 3rd stage. Usually, the rack device rows thus stacked in a plurality of stages are arranged side by side in the left-right direction as shown in FIG. 7 to form a required article storage rack.

一方、不使用のラック装置を運搬しあるいは保管する場
合には、第9図に示すようにそれらを多数個入れ子式に
積重ねる。この際の重ね操作は、吊上げ機を用いて上段
に積重ねられるべきラック装置を下段のラック装置に、
上方から、あるいは後方から覆い被せるように嵌め合わ
せていくことで行なわれる。この入れ子式積重ね状態に
おいては、各ラック装置の前部支柱(5)(5)と後部
支柱(6)(6)の相互が前後方向に密接して並び、上
段のラック装置の脚部材(3)が下段のそれの奥行部材
(2)上に担持されて、安定の良い状態に組合わされ
る。
On the other hand, when transporting or storing unused rack devices, a large number of them are nested and stacked as shown in FIG. In this stacking operation, the rack device to be stacked in the upper stage using the lifting machine is placed in the lower rack device,
It is done by fitting them from above or from behind. In the nested stacking state, the front columns (5) (5) and the rear columns (6) (6) of each rack device are closely aligned in the front-rear direction, and the leg members (3) of the upper rack device are arranged. ) Is carried on its depth member (2) in the lower stage and is combined in a stable state.

考案の効果 この考案に係るラック装置は上述のように、多段に積重
ねるようとするパレットの段積個数よりも1つ少ない数
のラック装置をもって所定数の段積みを行なうことがで
き、設備コスト上有利である。もとより、不使用時には
従来品同様第9図に示されるように入れ子式に多数個を
コンパクトに積重ねることができ、輸送、保管上も好都
合である。この入れ子式の積重ねは、後部支柱(6)
(6)の外側面間の間隔(W2)が前部支柱(5)(5)
の内側面間の間隔(W1)及び下枠体(1)の内側面間の
最小間隔(W4)よりも小であること、及び上部枠板
(7)の横幅(W3)が前部支柱(5)(5)間の間隔
(W1)よりも小であることにより実現しうるものであ
る。
Effect of the Invention As described above, the rack device according to the present invention can perform a predetermined number of stacking operations by using a rack device that is one less than the number of stacked pallets that are to be stacked in multiple stages. This is advantageous. Of course, when not in use, a large number of them can be compactly stacked in a nested manner as in the conventional product as shown in FIG. 9, which is convenient for transportation and storage. This nesting stack has a rear support (6)
The distance (W2) between the outer surfaces of (6) is the front strut (5) (5)
Is smaller than the distance (W1) between the inner side surfaces of the lower frame body (1) and the minimum distance (W4) between the inner side surfaces of the lower frame body (1), and the lateral width (W3) of the upper frame plate (7) is equal to the front strut ( 5) It can be realized by being smaller than the interval (W1) between (5).

加えて、前部支柱(5)(5)に対し、その後面側から
後方にのびる下枠体(1)の左右両側の部材、即ち奥行
部材(2)と脚部材(3)が、いずれも外側面を前部支
柱(5)(5)の外側面と同一垂直面内に位置せしめた
面一のものとなされている。故に、多段にラック装置を
積上げた状態でこれを更に横並びに並置した場合、第7
図及び第8図に見られるように、前部支柱(5)(5)
の相互のみならず、下枠体(1)の両側外面も互いに密
接した状態となる。このため、隣接する多段に積上げら
れたラック装置列の相互が協動して互いに他方を安定に
支持する段目を果し、積上げ状態の各ラック列の安定性
が非常に良好なものとなる。従って、各ラック列に横揺
れを起こすことがなく、安定した組立式格納棚構造物を
構成しうると共に、地震に対する安全性にも優れたもの
となしうる。また、前部支柱(5)(5)に対して下枠
体(1)の左右両側部が内方に入り込んで位置すること
がないので、ラック装置の内側においてパレットの載置
のための有効面積を広くとることができる。即ち、第12
図によって説明した従来品のように床面上に、間隔
(l)によるデッドスペース部分を生じない。従って、
床面積を一層有効に効率良く使用しうるものとなしう
る。
In addition, with respect to the front columns (5) and (5), members on both left and right sides of the lower frame body (1) extending rearward from the rear surface side thereof, that is, the depth member (2) and the leg member (3) are both The outer surface is flush with the outer surfaces of the front columns (5) and (5) in the same vertical plane. Therefore, if rack devices are stacked in multiple stages and are further arranged side by side,
Front struts (5) (5) as seen in Figures and 8
Not only each other but also the outer surfaces on both sides of the lower frame body (1) are in close contact with each other. For this reason, adjacent rack device rows stacked in multiple stages cooperate with each other to achieve a stage for stably supporting the other, and the stability of each rack line in the stacked state becomes very good. . Therefore, it is possible to form a stable assembly-type storage rack structure without causing the rack row to roll laterally, and it is also possible to provide excellent safety against earthquakes. Moreover, since the left and right side portions of the lower frame body (1) are not located inside the front support columns (5) (5), they are effective for placing pallets inside the rack device. A large area can be taken. That is, the 12th
There is no dead space portion due to the space (l) on the floor surface unlike the conventional product described with reference to FIG. Therefore,
The floor area can be used more effectively and efficiently.

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

第1図ないし第9図はこの考案の実施例を示す。 第1図はラック装置全体の斜視図、第2図は同正面図、
第3図は同側面図、第4図は前部支柱部分の一部を切欠
いた拡大正面図、第5図は脚部材部分の下面図、第6図
は第5図VI−VI線の断面図、第7図はラック装置の使用
状態を示す斜視図、第8図は第7図VIII−VIII線の断面
図、第9図は不使用時のラック装置を入れ子式に積重ね
た状態の斜視図である。 第10図ないし第12図は従来のラック装置を示す。 第10図は従来品の1例の斜視図、第11図は他の従来品の
斜視図、第12図は第11図のラック装置を複数個横並びに
並べた状態での水平断面図である。 (1)……下枠体、(2)……奥行部材、(3)……脚
部材、(4)……後部横桟、(5)……前部支柱、
(6)……後部支柱,(7)……上部枠板、(9)……
嵌合凹部、(10)……嵌合突部、(W1)……前部支柱の
内側面間隔、(W2)……後部支柱の外側面間隔、(W3)
……上部枠板の横幅、(W4)……下枠体の内側面の最小
間隔。
1 to 9 show an embodiment of the present invention. 1 is a perspective view of the entire rack device, FIG. 2 is a front view of the same,
FIG. 3 is a side view of the same, FIG. 4 is an enlarged front view in which a part of the front strut is cut away, FIG. 5 is a bottom view of the leg member portion, and FIG. 6 is a cross section taken along line VI-VI of FIG. Fig. 7 is a perspective view showing the rack device in use, Fig. 8 is a cross-sectional view taken along the line VIII-VIII in Fig. 7, and Fig. 9 is a perspective view of the rack device when not in use and stacked in a nested manner. It is a figure. 10 to 12 show a conventional rack device. FIG. 10 is a perspective view of an example of a conventional product, FIG. 11 is a perspective view of another conventional product, and FIG. 12 is a horizontal sectional view of a plurality of rack devices of FIG. 11 arranged side by side. . (1) ... lower frame, (2) ... depth member, (3) ... leg member, (4) ... rear cross rail, (5) ... front strut,
(6) …… Rear support, (7) …… Upper frame plate, (9) ……
Mating recess, (10) ...... Mating protrusion, (W1) …… Inner side spacing of front stanchion, (W2) …… Outer side spacing of rear stanchion, (W3)
…… Width of the upper frame plate, (W4) …… Minimum space on the inner surface of the lower frame.

Claims (2)

【実用新案登録請求の範囲】[Scope of utility model registration request] 【請求項1】左右に1対の平行に配置された脚部材
(3)(3)と、これらの上方に所定の間隔を隔てて固
着された1対の積重ね用奥行部材(2)(2)と、上記
脚部材(3)(3)の後端間を連結した後部横桟(4)
とで前面側を開放した平面視コ字状の下枠体(1)が構
成され、該下枠体(1)の前端に左右1対の前部支柱
(5)(5)が立設されると共に、この前部支柱の内側
面間の間隔(W1)及び下枠体(1)の内側面間の最小間
隔(W4)より外側面の間隔(W2)を小として上記下枠体
(1)の後部横桟(4)上に左右1対の後部支柱(6)
(6)が立設され、更に上記前後4本の支柱(5)
(5)(6)(6)上に、横幅(W3)を前記前部支柱
(5)(5)の内側面の間隔(W1)より小とした矩形状
のパレット載置用上部枠板(7)が水平状に固着され、
前部支柱(5)(5)の外側面と下枠体(1)の奥行部
材(2)(2)及び脚部材(3)(3)の外側面とが同
一垂直面に位置されると共に、脚部材(3)(3)と前
部支柱(5)(5)の上端面に、複数個のラック装置の
段積み時において互いに嵌合状態に適合される嵌合用凹
部(9)と同突部(10)とが設けられてなることを特徴
とする荷役用パレットの段積み用ラック装置。
1. A pair of parallel leg members (3) (3) arranged on the left and right, and a pair of stacking depth members (2) (2) fixed above the leg members (3) (3) with a predetermined interval. ) And the rear members of the leg members (3) and (3) are connected to each other.
And a lower frame body (1) having a U-shape in plan view whose front side is opened is configured, and a pair of left and right front support columns (5) and (5) are provided upright at the front end of the lower frame body (1). In addition, the distance (W1) between the inner side surfaces of the front support column and the minimum distance (W4) between the inner side surfaces of the lower frame body (1) are smaller than the distance (W2) on the outer side surface of the lower frame body (1). ) A pair of left and right rear columns (6) on the rear cross rail (4)
(6) is erected, and the above-mentioned front and rear four columns (5)
(5) A rectangular pallet-mounting upper frame plate (5) (6) (6) having a width (W3) smaller than a space (W1) between inner side surfaces of the front columns (5) and (5). 7) is fixed horizontally,
The outer surfaces of the front columns (5) (5) and the outer surfaces of the depth members (2) (2) and the leg members (3) (3) of the lower frame body (1) are positioned on the same vertical surface. The leg members (3) (3) and the upper ends of the front columns (5) (5) are provided with fitting recesses (9) that are fitted to each other when the plurality of rack devices are stacked. A stacking rack device for cargo pallets, characterized in that it is provided with a protrusion (10).
【請求項2】脚部材(3)(3)が下面側に開口した断
面逆U字状のアングル材からなり、その前端部の下面開
放部分が嵌合用凹部(9)となされる一方、前部支柱
(5)(5)の上端面の嵌合用突部(10)が前記凹部の
対応断面形状に形成されてなる実用新案登録請求の範囲
第1項記載の荷役用パレットの段積み用ラック装置。
2. A leg member (3) (3) is made of an angle member having an inverted U-shaped cross section which is open to the lower surface side, and the lower surface open portion of the front end portion of the leg member is formed as a fitting concave portion (9), while the front portion is formed. The stacking rack of a cargo pallet according to claim 1, wherein the fitting projection (10) on the upper end surface of the column support (5) (5) is formed in a corresponding cross-sectional shape of the recess. apparatus.
JP1986052520U 1986-04-07 1986-04-07 Rack device for stacking pallets for cargo handling Expired - Lifetime JPH0638803Y2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP1986052520U JPH0638803Y2 (en) 1986-04-07 1986-04-07 Rack device for stacking pallets for cargo handling

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP1986052520U JPH0638803Y2 (en) 1986-04-07 1986-04-07 Rack device for stacking pallets for cargo handling

Publications (2)

Publication Number Publication Date
JPS62164214U JPS62164214U (en) 1987-10-19
JPH0638803Y2 true JPH0638803Y2 (en) 1994-10-12

Family

ID=30877758

Family Applications (1)

Application Number Title Priority Date Filing Date
JP1986052520U Expired - Lifetime JPH0638803Y2 (en) 1986-04-07 1986-04-07 Rack device for stacking pallets for cargo handling

Country Status (1)

Country Link
JP (1) JPH0638803Y2 (en)

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2594705Y2 (en) * 1993-06-01 1999-05-10 株式会社トスカ Assembled furniture

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5434912Y2 (en) * 1974-03-15 1979-10-24
JPS5862937U (en) * 1981-10-26 1983-04-27 日本ネスタウエイ株式会社 storage shelf

Also Published As

Publication number Publication date
JPS62164214U (en) 1987-10-19

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