JPS58100066A - Spool storing apparatus - Google Patents

Abstract

PURPOSE:To use a narrow space effectively by providing hanging rods for sequentially spacing each pair of steps of paired storing rails each other from the above, the space between paired storing rails positioned below a storing conbeyer mount portion being reduced. CONSTITUTION:The uppermost paired storing rails 5 are elevated by an elevating chain 9, and the lower rails 5a-5d are hung by hanging rods 12, and at the time of being hung down, the rails are kept at fixed intervals. At the time of being lowered, the lowermost paired rails 5d are brought into contact with a support table 11 of a cheese stocker, so that the supporting point of the hanging rod 12 is moved to reduce the space between the storing rails sequentially. While the storing rails 5a are thus positioned at the lowermost position, a cheese 6 is supplied from a storing conveyer 3 to the uppermost rails 5a. On completion of storing all cheeses, the elevating chain 9 is wound up, and the interval with the rails 5b is widened to supply the cheese 6. Thus, the storing conveyer can be installed at the lower position, and a lot of spools can be stored in a narrow space.

Description

【発明の詳細な説明】 本発明はパラｖｓｙチーズ、コーンチーズ等の糸巻を一
時的に格納する貯留装置に関し、特に多数の糸巻を比較
的狭い空間内において貯留し得る様に構成したものであ
る。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a storage device for temporarily storing spools of para-vsy cheese, corn cheese, etc., and in particular is constructed so that a large number of spools can be stored in a relatively narrow space. .

糸巻の生産処理加工に当っては、生産能力と後処理若し
くは後工程加工能力とのバランスを保つために糸巻貯留
装置（チーズストッカ）が利用されている。またこれら
の装置としては多数の運搬車を利用したり、或いは搬送
レーＡ／を長く且つ複数列設けて貯留する手段等が利用
されているが広い貯留床面積や空間を必要とするのみか
収容取り出しに当って労力を必要としており、最近に至
つ−て糸巻の収容並びに取り出しを全自動で行ない得る
様なチーズストッカが開発されている０本出願人もチー
ズストッカの開発並びに製造販売に努力してお９既に一
部では東用機として使用されている。特に本出願人のチ
ーズストッカは機構が簡単で維持管理が容易な点で好評
ｔｌ−得ているが、工場によっては設置空間を確保する
ことができないことがあり、より空間を合理的に活用し
得る様なチーズストッカであることが要求されるに至っ
ている。即ち本出願人が開発して１ｌｌｉｉ：売してい
るチーズストッカの一例は第１図乃至第５図に示す様に
構成しており、第１図は概略情面図、第２図は第１図の
切断線ＩＩ−Ｉ［矢印方向断面図、第８図は平面Ｉａ１
１１＆図、第４図は第１図の切断線■−Ｗ矢印方向一部
拡大断面図、第５図は第４図の一部右側面図である。こ
れらの図においてチーズストッカｌは、固定台座ｉｎ、
１ｍ上に設けられたチーズ供給コンベア２、チーズ取り
出しコンベア４とこれらのコンベア２，４０間にわ九っ
て貯留コンベア８が定置的に配設され、該貯留コンベア
８は個々に設けられた駆動装置によって矢印Ｅ方向（第
２図）に駆動され、この駆動はチーズ貯留時の収納駆動
と、チーズ取り出し時の排出駆動とに分けられ、間欠或
いは連続的に駆動される。尚図示例のチーズストッカ１
は横５列縦５段型のものを示しており、貯留’１１ンベ
ア８は３ａ、３ｂ、３ｃ、９ｄがほぼ同−平向内に設け
られており、供給コンベア２及び取り出しコンベア４は
それぞれの貯留コンベアに対応して設けられている。In the production and processing of spools, a spool storage device (cheese stocker) is used to maintain a balance between production capacity and post-processing or post-process processing capacity. In addition, these devices use a large number of transport vehicles or a means of storing long transport rails A/ in multiple rows, but they only require a large storage floor area or space. Retrieval requires labor, and recently a cheese stocker has been developed that can fully automatically store and take out the spools.The applicant has also made efforts to develop, manufacture, and sell cheese stockers. The Shio-9 is already used as a Tohoku machine in some areas. In particular, the applicant's cheese stocker has been well received for its simple mechanism and easy maintenance. There is now a demand for a cheese stocker that can be used in a variety of ways. That is, an example of a cheese stocker developed and sold by the present applicant is constructed as shown in FIGS. 1 to 5, with FIG. Cutting line II-I in the figure [sectional view in the direction of the arrow, FIG. 8 is the plane Ia1]
11&, FIG. 4 is a partially enlarged cross-sectional view in the direction of the cutting line -W arrow in FIG. 1, and FIG. 5 is a partially right side view of FIG. 4. In these figures, the cheese stocker l has a fixed pedestal in,
A storage conveyor 8 is fixedly disposed between a cheese supply conveyor 2, a cheese removal conveyor 4, and these conveyors 2 and 40, which are provided 1 m above, and the storage conveyor 8 is driven by an individually provided drive. It is driven by the device in the direction of arrow E (FIG. 2), and this drive is divided into storage drive when storing cheese and discharge drive when taking out cheese, and is driven intermittently or continuously. In addition, the illustrated cheese stocker 1
shows a type of 5 horizontal rows and 5 vertical stages, and the storage conveyor 8 is provided with 3a, 3b, 3c, and 9d in almost the same horizontal direction, and the supply conveyor 2 and the take-out conveyor 4 are respectively It is installed corresponding to the storage conveyor.

他方各貯留コンベア３〜８ｄに対応して糸巻係留保持レ
ー／Ｌ／樋（以下単に貯留レールという）５が配設され
ると共に該貯留レーｓ／６は、上部側から５＋５ａ１６
ｂ１５ＣＩ５４の５段で構成され、それぞれが吊り下げ
杆７　Ｖｃ固定されている。またこの吊り下げ杆７の頂
部にはそれぞれチェーン９の一端を止着すると共に該チ
ェーン９はチーズストッカ枠組みの上部に遊支した滑車
８を介してその他端側を移動ロッド１０の一部に止着し
ているゎ尚この移動ロッド１０は一組の貯留レール５に
対して左右（チーズ移動方向に対して）２本１０゜１０
Ｊ１（第８図）で構成されると共に枠組みの上部に移動
自在に設けた連結部材１０ｂによって互いに固定されて
おり、該連結部材１０ｂは個４に設けられた駆動装置１
０Ｃによって左右の移動ロッド１０．１０Ｍを一体的に
矢印Ｄ（第１図）のように移動させ、この移動によって
チェーン９を介して吊杆７をそれぞれ一斉に昇降させ（
第１図矢印Ａ）、貯留レール５群を上昇若しくは下降さ
せる。On the other hand, a bobbin mooring holding rail/L/gutter (hereinafter simply referred to as a storage rail) 5 is provided corresponding to each storage conveyor 3 to 8d, and the storage rail s/6 is connected to 5+5a16 from the upper side.
It consists of 5 stages of b15CI54, each of which is fixed to a hanging rod 7Vc. Further, one end of a chain 9 is fixed to the top of each of the hanging rods 7, and the other end of the chain 9 is fixed to a part of a moving rod 10 via a pulley 8 which is freely supported on the upper part of the cheese stocker framework. In addition, this moving rod 10 has two left and right sides (with respect to the cheese movement direction) with respect to a set of storage rails 5 at an angle of 10°10
J1 (FIG. 8) and are fixed to each other by a connecting member 10b movably provided on the upper part of the frame, and the connecting member 10b
0C, the left and right moving rods 10 and 10M are integrally moved in the direction of arrow D (Fig. 1), and this movement raises and lowers the hanging rods 7 simultaneously via the chain 9 (
Arrow A) in FIG. 1, the storage rail 5 group is raised or lowered.

一方貯留し−Ａ／６は第４図に示すごとく、それぞれが
両備桟部材５ｅ、５ｅと該桟部材の下部に取り付は九糸
巻係留保持傾斜板５ｆ、６ｆの対で構成されると共に該
傾斜板５ｆ、５ｆの下端側はそれぞれ垂直な折り曲部５
ｈを形成している。そして該析り曲部５ｈ　、５ｈの間
隔５ｇは前記貯留コンベア８の幅寸法よりも広く形成し
ている。尚この貯留コンベア８としては貯留糸巻の巻き
揚げ径より小さい横幅寸法のコンベアを利用するもので
あり、貯留レール５の１１ｔＩ起間隔５ｇも糸巻径より
狭く形成しておくものである。On the other hand, as shown in Fig. 4, the storage A/6 is composed of a pair of Ryobi crosspiece members 5e and 5e, and a pair of nine thread mooring holding inclined plates 5f and 6f attached to the lower part of the crosspiece member. The lower end sides of the inclined plates 5f and 5f are each vertically bent portions 5.
It forms h. The interval 5g between the curved portions 5h and 5h is made wider than the width of the storage conveyor 8. As the storage conveyor 8, a conveyor having a width smaller than the winding diameter of the storage spool is used, and the 11tI starting interval 5g of the storage rail 5 is also formed narrower than the diameter of the spool.

この様に構成するチーズストッカでは、供給コンベア２
ｔこ定間隔者しくは任意間隔に載置して送られるチーズ
６を矢印Ｂ方向（第２図〕方向に移動し、適当な移し替
え装置によってチーズ６を９０度旋回させて貯留コンベ
ア８に移し替えておし、貯留コンベア８はチーズ６が移
し替えて載置される毎にｌ定ピツチずつ矢印Ｅ（第２図
）のごとく同動し、該コンベア８の全長にわたってチー
ズ６が乗せられると停止する様になっており、この停止
によって今度は貯留レール５が一斉に１ピツチ上昇する
。即ち第１図では最上部の貯留レール対５がチーズ６８
を貯留して上昇し、２段日の貯留レール対６１が貯留コ
ンベア８に対応して停止しチーズの貯留供給中を示して
おり、前記ｌピッチ上昇は貯留レール対５ｂが６１位置
に移動する距離である。この様にして上昇しながら各段
列の貯留レール対５〜５ｄにチーズが貯留され、取り出
しに当っては最下段のレール対５ｄが貯留コンベア８の
対応位置に降下して停止し、係留保持したチーズ６烏を
貯留コンベア８上に載置し該コンベアの駆動によって個
々のチーズ６ｍを取り出しコンベアへ上に移す、尚この
移し替えに当っても９０度旋回させる様な案内部材又は
適当な方向転換装置等による移し替え装置が設けられて
いる。尚この取ね出しコンベア４には糸巻の量目チェッ
カ４ａを設け、秤量として不良チーズ６Ｃを押出装置４
ｂによって除去し規定チーズ６ｄのみを取り出す様にし
たものが推奨される。In the cheese stocker configured in this way, the supply conveyor 2
The cheeses 6, which are placed at regular intervals or at arbitrary intervals, are moved in the direction of arrow B (Fig. 2), and the cheeses 6 are turned 90 degrees by an appropriate transfer device and transferred to the storage conveyor 8. Each time the cheese 6 is transferred and placed, the storage conveyor 8 moves by a fixed pitch as shown by the arrow E (FIG. 2), and the cheese 6 is placed over the entire length of the conveyor 8. This stop causes the storage rails 5 to rise one pitch at a time.In other words, in FIG.
The storage rail pair 61 on the second stage stops corresponding to the storage conveyor 8, indicating that cheese is being stored and supplied, and as the l pitch rises, the storage rail pair 5b moves to the 61 position. It is distance. While rising in this way, the cheese is stored on the storage rail pairs 5 to 5d of each stage row, and when taking out the cheese, the lowest rail pair 5d descends to the corresponding position on the storage conveyor 8 and stops, keeping the cheese moored. 6 pieces of cheese are placed on a storage conveyor 8, and as the conveyor is driven, 6 m of individual cheeses are taken out and transferred onto the conveyor.In addition, even during this transfer, there is a guide member that rotates 90 degrees or a suitable direction. A transfer device such as a conversion device is provided. The take-out conveyor 4 is provided with a thread size checker 4a, and the defective cheese 6C is transferred to the extrusion device 4 for weighing.
It is recommended that only the specified cheese 6d be removed by b.

ところでこの様に構成するチーズストッカ１では、第４
図及び第５図に一部を拡大して示す様に各貯留レール対
５が一定間隔て吊杆７に固設されている、即ち第４図に
おいて８ｇ縦列は各段にチーズ６１を収容した状態を示
し、８ｈ列は最上段レール対に収容中、８ｅ列は２段目
にそれぞれ収容中を示したものであり、ストッカ設置床
面ｌｂに対して少なくとも４段の貯留レール対５を納め
る空間を保持して貯留コンベア８を設ける必要がある。By the way, in the cheese stocker 1 configured in this way, the fourth
As partially enlarged in FIG. 5 and FIG. 5, each pair of storage rails 5 is fixed to the hanging rod 7 at regular intervals, that is, in FIG. The 8h column indicates that the rails are being stored in the topmost rail pair, and the 8e column indicates that they are being accommodated in the second tier, and at least four storage rail pairs 5 are stored on the stocker installation floor lb. It is necessary to maintain space and provide the storage conveyor 8.

従って貯留コンベア８の設置位置より上部側はチーズ貯
留空間として利用できるが、下部側は貯留レール対５の
退避空間となるだけでチーズ貯留空間としては全く利用
できない、尚この間門解決手股として貯留コンベア８を
個々に昇降させることが考えられるが、前記供給コンベ
ア２及び取り出しコンベア４も個々に対応して昇降させ
る必要があり、これらの機構が極めて複雑化し維持官理
面並びにコスト面で開明がある。Therefore, the upper side of the installation position of the storage conveyor 8 can be used as a cheese storage space, but the lower side only serves as a retreat space for the storage rail pair 5 and cannot be used as a cheese storage space at all. It is conceivable to raise and lower the conveyors 8 individually, but the supply conveyor 2 and the take-out conveyor 4 also need to be raised and lowered individually, which makes these mechanisms extremely complicated and difficult to improve in terms of maintenance and cost. be.

本発明はこの様な欠点をなくしようと鋭意検討の結果到
達したもので、前記した様なチーズストッカにおいて、
チーズを保持、した貯留レール対は一定間隔を維持して
吊り上げられるが、貯留コンベアより下部に位置する退
避中の貯留レール対はその間隔を縮少し得る様に構成し
て貯留コンベアの設置位置を低くできると共に該チーズ
ストッカを比較的狭い空間に設置し得たり或いは特足空
間を有効に利用し得る様に構成したものである。しかし
てこの様な本発明とは、貯留レール対の各膜対を、上段
対何から順次互いに間隔を維持規制する様に構成した吊
杆を介して吊設し、貯留コンベア設置部より下側に位置
する貯留レール対の間隔を縮少し得る様に構成したもの
である。The present invention was arrived at as a result of intensive studies to eliminate such drawbacks, and in the cheese stocker as described above,
The pair of storage rails that hold the cheese are lifted up while maintaining a fixed interval, but the pair of storage rails that are being evacuated and are located below the storage conveyor are constructed so that the distance between them is reduced, and the installation position of the storage conveyor is adjusted. The structure is such that it can be made low, and the cheese stocker can be installed in a relatively narrow space or that special space can be used effectively. However, in the present invention, each membrane pair of a storage rail pair is suspended via a hanging rod configured to maintain and regulate the distance from each other in sequence from the upper stage, and The structure is such that the distance between the pairs of storage rails located in the storage rails can be reduced.

以下図面に基づいて本発明の詳細な説明するが図は前記
チーズストッカ装置に本発明ｔｌ−適月適用ものを示し
たもので、本発明はこれらの図示例に限定されず前・後
記の趣旨に沿って他のチーズストッカに適用したり或い
は一部の設計を変更しても同様の効果を得ることができ
る。第６図乃至第１１図は本発明の具体的な実施例を示
し、第６図は前第４図と対比した本発明装置の一部断面
図、第７図は第６図の右偽一部側面図、第８図は第７図
の一部作動説明図、第９図は本発明の他の実施例を示す
一部側面図、第１０図も本発明の他の構成例を示す一部
＠面図、第１１図は第１０図の一部展開見取図である。The present invention will be described in detail below based on the drawings, but the drawings show the cheese stocker device to which the present invention is applied, and the present invention is not limited to these illustrated examples, but the gist of the above and below. Similar effects can be obtained by applying this to other cheese stockers or by partially changing the design. 6 to 11 show specific embodiments of the present invention, FIG. 6 is a partial sectional view of the device of the present invention in comparison with the previous FIG. 4, and FIG. FIG. 8 is a partial side view of FIG. 7, FIG. 9 is a partial side view showing another embodiment of the present invention, and FIG. 10 is a partial side view of another embodiment of the present invention. 11 is a partially developed sketch of FIG. 10.

これらの図において本発明ではｌｉＩ記貯留レール５の
最上段のものに前記昇降用チェーン９を取り付けて昇降
させると共にその上設備の貯留レール６　”　＋　５　
ｂ＋　５　’　＋　５　ｄをそれぞれ上部側の貯留レー
ルに吊り下げて構成すると共にこれらの吊杆は、吊り下
げられたとき貯留レール間隔を一定に保持する様に構成
し、吊り降ろされたとき吊杆の支持点が移動したり、吊
杆が傾斜移動し若しくは折れ曲って貯留レールの間隔を
翻少し得る様に構成するもので、第６図及び第７図の実
施例では、貯留レール５〜５ｄの吊杆を摺動溝１５を設
けた吊杆１２で構成したものを示しており、この溝付吊
杆１２は各貯留レール対の両０１ｌｌ（チーズ移動方向
）に対称的に設けられると共に貯留レールの入口側及び
出口側にそれぞれ対設され、必要によってはこれらの中
間にも単数若しくは複数対設けられる。そして該溝付吊
杆１２の取り付けに当ってはそれぞれ下部側貯留レール
対の両側桟部材５　”　＋　５　’に該吊杆１２の下端
側を軸ビン１４で止着し、上部偽貯留レール対の両側桟
部材５ｅ、５ｅに吊杆の摺動溝１５を遊挿した支軸１８
を螺着する。尚これらの吊杆１２は下部側に従って順次
貯留レーＡ１５の中央側に寄せて設けたものを示したが
反対側に寄せて設けても同様に寮施することかできる。In these figures, in the present invention, the elevating chain 9 is attached to the uppermost storage rail 5 for raising and lowering the storage rail 5, and the storage rail 6''+5 of the equipment is
b + 5 ' + 5 d are each suspended from the storage rail on the upper side, and these suspension rods are constructed so as to maintain a constant spacing between the storage rails when suspended, and when suspended, It is constructed so that the support point of the rod moves, the suspension rod tilts, or bends to slightly change the spacing between the storage rails. In the embodiment shown in FIGS. 5d is shown in which the hanging rod 12 is provided with a sliding groove 15, and the grooved hanging rod 12 is provided symmetrically on both sides of each storage rail pair (in the direction of cheese movement). They are provided opposite to each other on the inlet and outlet sides of the storage rail, and if necessary, one or more pairs may be provided in the middle. When installing the grooved hanging rods 12, the lower ends of the hanging rods 12 are fixed to the both side crosspiece members 5''+5'' of the lower storage rail pair using shaft pins 14, and then the upper false storage rail pair is attached. A support shaft 18 in which a sliding groove 15 of a suspension rod is loosely inserted into both side crosspiece members 5e, 5e.
to screw on. Although these suspension rods 12 are shown as being arranged successively toward the center of the storage tray A15 as they move toward the lower part, they can also be provided on the opposite side for a dormitory in the same way.

また貯留レール対５〜５ｄはその昇降を垂直に維持する
ために適当な案内装置が設けられており、前記実施例で
はチーズストッカのフレームに設けられているが第７図
では床面１ｂに設けた支持台１１に案内柱１６を固設し
、貯留レール５〜５ｄの両側桟部材５Ｃの外典にそれぞ
れ遊支した滑車１７，１７を該案内柱１６に沿う様にし
たものを示し、貯留レーＶは案内柱１６に沿って円滑に
昇降する。Further, the storage rail pairs 5 to 5d are provided with a suitable guide device in order to maintain vertical movement of the storage rails, and in the embodiment described above, they are provided on the frame of the cheese stocker, but in FIG. 7, they are provided on the floor surface 1b. A guide column 16 is fixedly installed on a supporting base 11, and pulleys 17, 17, which are freely supported on the apocrypha of both side beam members 5C of the storage rails 5 to 5d, are arranged along the guide column 16. V moves up and down smoothly along the guide column 16.

一方貯留レール対の下方床面には前記支持台１１が設け
られており、該支持台１１は第６図に示す様に貯留レー
ル対が降下されたときその両側桟部材５ｅ１５ｅを受は
支える様に配設され、上部側の両側桟部材５ｅはそれぞ
れ下部側の桟部材の上に積み重ねられる。即ち第６図で
は８ｅ縦列は全貯留レールにチーズ６畠が収容して上外
し良状態を示し、８ａ縦列は上から２段目の貯留レール
にチーズ６ａを収容しようとしている状態、８ｅ縦列は
最上段の貯留レールにチーズを収容する状態を示し、そ
れぞれ貯留コンベア８より下部側に退避している貯留レ
ールは互いに間隔を縮少して積み電ねられ、それぞれの
溝付吊杆１２は第８図にノＪ＜す様に支軸１Ｂが＠１５
内を摺動して間隔を縮少することができる。尚第６図で
は案内支柱１６を省略しており、第７図では保持チーズ
を省略している。On the other hand, the support stand 11 is provided on the floor below the storage rail pair, and the support stand 11 supports the crosspiece members 5e15e on both sides of the storage rail pair when the storage rail pair is lowered, as shown in FIG. The upper side crosspiece members 5e are respectively stacked on the lower side crosspiece members. That is, in FIG. 6, the 8e column shows a state in which the cheese 6 has been accommodated in all the storage rails and is in good condition, the 8a column shows the state where the cheese 6a is about to be accommodated in the second storage rail from the top, and the 8e column shows the state where the cheese 6a is about to be accommodated in the second storage rail from the top. The state in which cheese is stored in the uppermost storage rail is shown, and the storage rails retracted to the lower side from the storage conveyor 8 are stacked with each other with a shortened interval, and each grooved hanging rod 12 is connected to the eighth storage rail. As shown in the figure, the spindle 1B is @15
The gap can be reduced by sliding inside. Note that the guide column 16 is omitted in FIG. 6, and the holding cheese is omitted in FIG.

尚吊杆としては、吊りドげられたとき一定の間隔を維持
し、荷重が開放されるとき支点部を互いに寄せ合わすこ
とができるものであればよく、例えばリンクチェーン又
はリンクベルト等であってもよい、第９図は吊杆２０．
２１が中央部で枢支されたパンタグフッ型で構成したも
のを例示し、上部及び下部側貯留レールの両側桟部材５
”＋５’ａの対応部にスライドプフヶッ）１８．１８を
取□り付け、荘スフイドブラケット１８．１８の一方一
に吊杆２１及び２０の一端＠をそれぞれ枢支２１ａ。The suspension rods may be of any type as long as they can maintain a certain distance when suspended and allow the supporting points to come together when the load is released, such as a link chain or a link belt. Also, Figure 9 shows the hanging rod 20.
21 is constituted by a pan tag foot type pivoted at the center, and both side crosspiece members 5 of the upper and lower side storage rails are shown as examples.
Attach the slide puff 18.18 to the corresponding part of +5'a, and attach one end of the hanging rods 21 and 20 to the pivot support 21a, respectively, on one side of the vertical bracket 18.18.

２０ａし、該ブラケット１８．１８の他方偶に摺動＠１
９をそれぞれ形成して、吊杆２０．２１の他端側に該摺
動溝１９に沿って！動するビン軸２０ｂ、２１ｂを設け
て構成したものを示し、貯留レール５，５ａは吊り下げ
られて上昇した状態、５　ｂ＋　５　’　Ｈ５ｄは積み
重ねられて退避した状態を示しており、吊杆２０．２１
は互いに更に傾いて横に寝、貯留レールの間隔を縮少し
ている。20a and slide it onto the other pair of the bracket 18.18 @1
9, respectively, along the sliding groove 19 on the other end side of the hanging rod 20, 21! The storage rails 5 and 5a are shown in a suspended and raised state, and 5b+5'H5d is shown in a stacked and retracted state, and the storage rails 5 and 5a are shown in a stacked and retracted state. .21
are now leaning further toward each other and lying on their sides, reducing the spacing between the storage rails.

また第１Ｏ図は前記吊杆全折り畳み式に構成したものを
示しており、該吊杆は第１１図に示す様にほぼ同じ長さ
あ吊杆２２．２８を互いに枢支すると兵に上・下部側の
両側桟部材５ｅ　、５ｅに固設した支軸２２ｍ、２８ａ
にそれぞれの他＠側を枢支する。尚吊杆２２と吊杆２８
の枢支に当っては、吊杆２２ａに支軸２２ｂを固設した
ものを示しているが吊杆２８側に固設しても同様である
。Furthermore, Fig. 1O shows a structure in which the above-mentioned suspension rods are completely foldable, and the suspension rods have approximately the same length as shown in Fig. 11. When the suspension rods 22 and 28 are mutually pivoted, the upper and lower parts of the soldiers can be attached. Support shafts 22m and 28a fixed to the side crosspiece members 5e and 5e
to support each other @ side. Hanging rod 22 and hanging rod 28
Although the pivot shaft 22b is shown as being fixed to the hanging rod 22a, the same effect can be achieved even if the supporting shaft 22b is fixed to the hanging rod 28 side.

またこの様な折り畳み吊杆であっては、吊り下げ荷重か
なくなったとき折り曲がり方向を規制する必要があり、
これらの手段としては吊り下げられた状態で吊杆２２と
２８をく字型に一定角度を持たせて保持したや、或いは
いずれかの枢支部に付勢手段を設けて規制してもよいが
１１図は下部側に設ける支軸２８１を長くして吊杆２８
の外備に一部させると共に該突出部分に吊杆２８を左右
いずれか一方方向に旋回付勢する）Ｆヨンばね２４を配
設したものを示している。即ち該ばね２４はその一端側
を支軸２８１の突出部分に形成した礼に挿入すると共に
他端側を吊杆２８の一部に形晟した係合孔に挿設し、第
１１図の１〜２段目では吊杆２８を反時計方向に付勢す
る様にしておく。In addition, with such a folding suspension rod, it is necessary to control the direction of folding when the hanging load is removed.
These means may be achieved by holding the hanging rods 22 and 28 at a certain angle in a dogleg shape in a suspended state, or by providing a biasing means on one of the pivot points. Figure 11 shows a hanging rod 28 by lengthening the support shaft 281 provided on the lower side.
This figure shows a structure in which a spring 24 is provided on the protruding portion to pivot and bias the hanging rod 28 in either the left or right direction. That is, one end of the spring 24 is inserted into a hole formed on the protruding portion of the support shaft 281, and the other end is inserted into an engagement hole shaped as a part of the hanging rod 28, as shown in FIG. - In the second stage, the hanging rod 28 is biased counterclockwise.

この様に構成すれば、貯留レールを吊り下げるときはそ
の荷重がばね２４の付勢力に勝って吊杆２２゜２８を垂
直状に保持し、貯留レールが降下して詰り下げ荷重が開
放されるとげね２４の付勢力によって吊杆２８を反時計
方向に旋回させ、吊杆２２もこれに伴なって時針方向に
旋回し、第１θ図め８〜４段目の貯留レーＡ１５ｂ、５
ｃで示す様に折り畳まれて互いにその間隔を縮少するこ
とができる。尚この折り畳み方向は互いに異なる方向に
構成することが推奨される。With this configuration, when suspending the storage rail, the load overcomes the biasing force of the spring 24 and holds the hanging rods 22° 28 vertically, and the storage rail descends to release the jammed load. The suspension rod 28 is rotated counterclockwise by the biasing force of the barb 24, and the suspension rod 22 is also rotated in the direction of the hour hand accordingly, and the storage trays A15b, 5 of the 8th to 4th stages of the 1θ diagram are
The distance between them can be reduced by folding them as shown in c. It is recommended that the folding directions are different from each other.

本発明糸巻貯留装置はこの様に構成したから糸巻を係留
保持するために吊り上げるときは、貯留レーＭを所定の
間隔に保持することができ、退避位置におくときは貯留
レールの間隔を縮少させることができるので、貯留コン
ベアの設ｆｆｉ？低くすることができると共に狭い空間
において多数の糸巻を格納収容する糸巻貯留装置とする
ことができる。Since the bobbin storage device of the present invention is constructed in this way, when lifting the bobbin to keep it moored, the storage rails M can be held at a predetermined interval, and when the bobbin is placed in the retracted position, the spacing between the storage rails can be reduced. It is possible to set up a storage conveyor. The spool storage device can be made low in height and can store a large number of spools in a narrow space.

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

第１図はチーズストッカの一例を示す概要備面図、第２
図は第１図の切断線■−■の矢印方向断面図、第８図は
平面図、第４図は第１図の切断線■−Ｗの矢印方向一部
拡大断面図、第５図は第４図の右側面図、第６図は本発
明を前第４図に対応して示す一部拡大断面図、第７図は
第６図の右側面図、第８図は第７図の作動説明一部側面
図、第９図は本発明の他の構成例を示す一部憶面図、第
１０図も本発明の他の構成例を示す一部典面図、第１１
図は第１０図の一部の構成を示す展開見取図である。 １・・・チーズストッカ　　２・・・供給コンベア８・
・・貯留コンベア　　　４・・・取り出しコンベア５・
・・貯留レール　　　　６・・・供給チーズ７・・・吊
り下げ杆（吊杆）　８・・・滑車９・・・チェーン　　
　　　１０・・・移動ロッド１１・・・支持台　　　　
　　１２・・・吊杆１Ｂ　１１．支軸　　　　　　　１
４・・・軸ピン１５・・・摺＊ＪＪｔＩＩｔ１６・・・
案内柱１７・・・滑車　　　　　　　１８・・・プラケ
ット１９・・・摺動溝　　　　　２０，２１・・・吊杆
２２．２８・・・吊杆　　　　　　為・・・トーション
ばね出願人　　村尾紡機株式会社Figure 1 is a schematic diagram showing an example of a cheese stocker;
The figure is a sectional view taken along the cutting line ■-■ in FIG. 1 in the direction of the arrow, FIG. 8 is a plan view, FIG. 4 is a right side view, FIG. 6 is a partially enlarged sectional view showing the present invention corresponding to the previous FIG. 4, FIG. 7 is a right side view of FIG. 6, and FIG. 8 is a right side view of FIG. FIG. 9 is a partial side view for explaining the operation; FIG. 9 is a partial cross-sectional view showing another configuration example of the present invention; FIG.
The figure is a developed sketch showing a part of the configuration of FIG. 10. 1... Cheese stocker 2... Supply conveyor 8.
・Storage conveyor 4 ・Takeout conveyor 5 ・
... Storage rail 6 ... Supply cheese 7 ... Hanging rod (hanging rod) 8 ... Pulley 9 ... Chain
10... Moving rod 11... Support stand
12... Hanging rod 1B 11. Support shaft 1
4...Axis pin 15...Sliding*JJtIIt16...
Guide column 17...Pulley 18...Plucket 19...Sliding groove 20, 21...Hanging rod 22.28...Hanging rod For...Torsion spring applicant Murao Boseki Co., Ltd.

Claims (1)

【特許請求の範囲】[Claims] （１）糸巻径より小さい幅寸法でほぼ水平に設けられた
貯留コンベアの上に載置された糸巻を、該貯留コンベア
の両側に沿ってほぼ垂直に昇降移動する複数段対に形成
した糸巻保持レール樋に係留保持して上昇格納し、降下
して係留保持糸巻を前記貯留コンベア上に乗せて取り出
す様に構成し九糸巻貯留装置において、糸巻係留保持レ
ール樋の各膜対を、上段対偶から順次互いに間隔を規制
する様に構成し九吊杆を介して吊設し、貯留コンベア設
置部上り下情に位置する糸巻係留レール樋の間隔を縮少
し得る様に構成したことを特徴とする糸巻貯留装置。(1) A spool holding system in which a spool placed on a storage conveyor with a width smaller than the diameter of the spool and placed almost horizontally is formed in pairs of stages that move up and down almost vertically along both sides of the storage conveyor. In the nine thread storage device, each membrane pair of the thread mooring holding rail gutter is moored and stored in the rail gutter, raised and stored, and lowered to place the moored holding bobbin on the storage conveyor and taken out. A bobbin spool, characterized in that the spacing between the bobbin mooring rails is reduced, and the spacing between the bobbin mooring rails is suspended through nine suspension rods, and the spacing between the bobbin mooring rails is reduced. Storage device.