JPS5919052A - Exchanger for metal mold - Google Patents

Exchanger for metal mold

Info

Publication number
JPS5919052A
JPS5919052A JP12858682A JP12858682A JPS5919052A JP S5919052 A JPS5919052 A JP S5919052A JP 12858682 A JP12858682 A JP 12858682A JP 12858682 A JP12858682 A JP 12858682A JP S5919052 A JPS5919052 A JP S5919052A
Authority
JP
Japan
Prior art keywords
mold
conveyor
molds
molding
metal molds
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.)
Granted
Application number
JP12858682A
Other languages
Japanese (ja)
Other versions
JPH0246296B2 (en
Inventor
Akio Morishita
森下 秋男
Taiichi Tamura
田村 泰一
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Daihatsu Motor Co Ltd
Original Assignee
Daihatsu Motor Co Ltd
Daihatsu Kogyo KK
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Daihatsu Motor Co Ltd, Daihatsu Kogyo KK filed Critical Daihatsu Motor Co Ltd
Priority to JP12858682A priority Critical patent/JPS5919052A/en
Publication of JPS5919052A publication Critical patent/JPS5919052A/en
Publication of JPH0246296B2 publication Critical patent/JPH0246296B2/ja
Granted legal-status Critical Current

Links

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B22CASTING; POWDER METALLURGY
    • B22DCASTING OF METALS; CASTING OF OTHER SUBSTANCES BY THE SAME PROCESSES OR DEVICES
    • B22D33/00Equipment for handling moulds

Abstract

PURPOSE:To carry quickly metal molds into and out from a molding machine with high accuracy by providing a mechanism for positioning metal molds and a mechanism for adjusting height between a three-dimensional warehouse which contains many metal molds for molding casting molds and conveyors which carry the metal molds into and out from the molding machines. CONSTITUTION:Conveyors 5, 4 for carrying metal molds into molding machines and conveyors 6, 7 for carrying metal molds out from the machines are installed between a unit type three-dimensional warehouse provided with a storing section 12 for metal molds consisting of plural storing racks 11 and a molding machine 1 for molding the top mold of casting molds and a molding machine 2 for molding the bottom mold of casting molds. A positioning mechanism 8 for metal molds and an adjusting mechanism 9 for height are installed between both conveyors and the warehouse 3. The operations of setting the metal molds on the racks in the correct positions of the molding machines with the positioning mechanism for metal molds and the adjusting mechanism for height and returning the metal molds from the molding machines onto the racks are quickly and exactly accomplished in the stage of metal mold exchange for drawing out selectively the special metal molds used in both molding machines 1, 2 from the warehouse and supplying the same to the machines 1, 2 or returning the same from the molding machines to the warehouse.

Description

【発明の詳細な説明】 この発明は、異なる形状の金型全多数収容しytt庫か
ら待尼の曽型?選択的に収出し、造型機ill!17人
コンベアへ供給して造型機へ供給すると共に造型機から
収出さnた金型?搬出コンベアからt庫へ11切的に戻
すようになしt金型交換装置tに関するものである。
[Detailed Description of the Invention] This invention accommodates a large number of molds of different shapes, and can be used to store all types of molds from YTT storage. Selective extraction and molding machine ill! 17 Molds are supplied to the conveyor, supplied to the molding machine, and then retrieved from the molding machine? This relates to a die changing device t which is designed to return the die from the carry-out conveyor to the warehouse.

自動車のような場合においては各種の鋳造製品が多く便
用されているが、これら鋳造製品を鋳造する為Vこは夫
々の形状の鋳型?必要個数に応じて成型せ/2はならな
い。その為鋳型の成型Vよ従来より汎用型のノ翫型機?
用いて大量生Mt行なっているが、鋳型の母型となる金
型の摩耗や損傷、さらには異なる鋳型を成型する場合に
は造型機に取付けられている金型を取替える必要がある
Various types of cast products are often used in cases such as automobiles, but in order to cast these cast products, there are molds of various shapes. It is not possible to mold it according to the number of pieces required. For that reason, the mold forming V is a general-purpose no-shape machine than the conventional one?
However, if the mold that serves as the mold base is worn out or damaged, and if a different mold is to be molded, it is necessary to replace the mold attached to the molding machine.

金型の取替えは造型機に設けられ北搬入コンベアへjf
T丸な金型ケ装置し1.肯型機から搬出コンベアへ排出
された金型を収出して倉庫へ収容させて行なっている。
The mold is replaced on the molding machine and transferred to the north conveyor.
T round mold ke device 1. The molds are discharged from the die mold machine onto a conveyor and stored in a warehouse.

そして信m[からA人コンベアへの金型の移送及び搬出
コンベアから#iKへの金型の移送は、従来、作業者が
ボイス上を操作して行なっていた。
Conventionally, the transfer of the mold from the transfer conveyor to the person A conveyor and the transfer of the mold from the carry-out conveyor to #iK were performed by an operator using voice commands.

しかし、上記(fl4ではホイストで吊り下げた盆Mk
t下業者が人手で位1痘片せ紫行ない作らホイストv 
m rpして1殻入コンベア或いD t Jポの所定位
置へ載置する為に位i雇合せに時間?要して1′[菌性
が・1弧く、普た金型が喧社勿である為に金型の多送停
止ヒ時−P位)イ決の時(て覚型−P設備の損l+Fb
 ?危1+vLk Ifなうといった開−があった。
However, in the above (fl4), the tray Mk suspended by a hoist
A worker manually removes one pox and makes it with a hoist.
How much time does it take to arrange the location to place the shells on the conveyor or in the designated position on the J port? In short, 1' [when the mold is stopped feeding frequently because the bacteria is 1 arc, and the mold is unusable, it is time to decide (when the mold is stopped). Loss + Fb
? There was an open situation where there was a danger of 1+vLk If now.

−に記の帽さLr業性の問題は造型機における金型の父
例がし時間eて亘って行なゎrLない場きにvj生圧最
に人さな叉障全米比ノーことはないが、−古の、3[・
駄(森で異なる形状の訪個?成個する場昌−の工う(こ
短1jす同でダA階に金型の父侠を行なう・功1ヤ1L
CVよ、肯個恨の実動時間が短かくなり、生産+ll 
カ欧FL、稼lIn率が低いといった問題があった。
- The problems mentioned above are related to the problems of the molds in the molding machines, which have been carried out over a long period of time, and when the raw pressure is not applied to the human body, there is no problem in the United States. No, but - old, 3[・
I'm going to make a mold in the forest with a different shape in the forest.
CV, the actual operation time of personal grudges will be shortened, and the production will be increased.
There was a problem with the European FL's low earning rate.

iた異なるjビ状の金型に頓着に朕、fえて少数ロット
止紐k fjなう場合にVよ1戸条性を同上させ54て
、S V′CJ−鉦(の金ノI)2 k IIX谷して
出し入れt荏易に行ない1Jろ、[うにする必要がある
。これVC対して曽4Ilすの1.11.1さ・吻品に
多数収容して必要な物品をノン(択IFJ K l又出
を工うVCなし/ヒ装置がある′が、収出しII″1の
・A品の位1μ決め精度が煤く、金型?造型機に設けら
れ7゛ζ搬入コンベア」二へ正確に供給rることかで@
t″、人手tゎrらゎ、!rvC自動的に造型機と組合
せて連動させることはでさなかった。
I was concerned about different J-shaped molds, and in the case of a small number of lot fastening strings, I added the same length to V as above, and made S V'CJ-gon (metal no I). 2k IIX valley, put in and out, go to Eki, 1J, [it is necessary to do this]. 1.11.1 In contrast to this VC, it is possible to store a large number of necessary items in the VC (option IFJ K l). The accuracy of 1μ determination for 1.A product is sooty that it is accurately fed to the 7゛ζ conveyor installed in the mold molding machine.
It was not possible to automatically combine it with the molding machine and have it work together.

この発明は従来の金姑父侠eごおける上記問題、tHK
 ! Aてfx;JttたものT、′4数の金Ut収谷
し、且つ必要な金型を成択的に収出゛rユニント式小型
立体自1.1厘の金型収出り、 o’+≦と直型機側成
人コンベアとの間に金型の位1−吠め機構?設けたもの
であって、金型金ij Wr jr、)にdノ卓から収
出してJ汀型槻l1III搬入コンベアへ茜瑣度に巨つ
短時間で供給してkm父僕τ素早く出来る工うになした
汎用設備全提供するものである。
This invention addresses the above-mentioned problems in the conventional HK
! A unit type compact three-dimensional machine that collects 4 pieces of gold and selectively removes the necessary molds. '+≦ and the mold position 1-barking mechanism between the straight machine side adult conveyor? It is a work that can be done quickly by collecting the mold from the table into the mold and supplying it to the J-type conveyor in a very short time. We provide all general purpose equipment.

上述の諸具」目?別の1硯点〃・ら要約rると、金型倉
庫と造In機と?最脱rるコンベア手段の途中に金型の
位置決め手段r設置nシて、造型機の正しい個所VCi
−型(1: 5:IJ達さ七る工うにしたものである。
The above-mentioned tools? Another point: To summarize, what about the mold warehouse and the manufacturing machine? Install the mold positioning means in the middle of the conveyor means that is the most ejected, and place the mold in the correct position VCi of the molding machine.
- Type (1: 5: IJ Tatsusa 7 Rukou).

金融を遺)Av機内へ搬入するとぎにVよ、Ja型機の
+l−j[11jで1亭止し沈會型r ni線序Jに一
足距離だけ移動させれば、遣11シ機内の正規の1固所
に金型が到達させら1するようになつ又いる。し/ζが
って、金型か)&型機の直diJ ″C停止rる位置が
きわめてcL +IIA V′C−、要)Kgnるので
ある。この点?満足ざヒる。′このVCは、■1」述の
工9に金型の収容1111所刀・らの収111−位置1
11度等がト分なものでなりf tLはならないのであ
るが、71il:発EJJでlよこのよりな精度11」
水)ごコンベア手段の途中に設置した11/、M 、及
め牛1−1.によって達成びせんとJ”るもので、らる
After transporting the finance into the Av aircraft, V, if you stop at +l-j [11j of the Ja type aircraft and move it one foot distance to the sinking type r ni line J, the This will also allow the mold to reach one of the regular fixed points. Accordingly, the direct diJ''C stop position of the mold machine is extremely cL +IIA V'C-, Kgn).I am not satisfied with this point.'This VC The mold is stored in the workpiece 9 mentioned in ■1.
11 degrees, etc. are equivalent to t, so f tL is not true, but 71il: From EJJ, the precision is 11.
Water) 11/, M, and cow 1-1 installed in the middle of the conveyor means. Achieved by J”ru.

以下この完り]の実施調奮図聞紫dl11して説明rる
The implementation of this complete article will be explained below.

尤/しil v”j、不ノ13fll11紮適用さn、
た金型交換装置のイに体1.ζノ戊?ボ゛J″図面で、
この実A11j )9υでは上部鋳ノ肩(上べ11 )
紮jJ(型゛J−る上型造型機Il+と下部鋳型(トノ
SQ ) ’a: IJえ型J−る下型J氏型機12ノ
を一対並置し−こあり、画情型44’l Ill +2
1と離れた位1ばに、造型用イ広型を多数収容し、必要
な金型忙ノM択的に枢出1−1はつ117谷J−ろユニ
ント式立体l:JIII!ノ倉庫13】?設げ、このユ
ニント式立シi<t:Iω1倉14fLllの金型収i
ll L部と両Jtj・壁槻111 +21の入口側と
の間に共通及びtI/−INの搬入コンベア+n 15
1 ケvけ、収入れ部と両心型機Il+ 121の出口
側との同ec共Jj及び専用の搬出コンベア+61 +
71 k設けてあり、さらに立体自動倉ノボ(3)の収
出し都と搬入コンベア(4)とのI−しこ、収出された
置型の1扁方同の位1d決めを行なうと共に搬入コンベ
ア(4)へ積極的に送り込む位1d決め4aI薄(8)
並びに旨さ調盛儀溝(91金設け、収入れ部と搬出コン
ベアIl+との間にも高さ81!整機構+1QI を設
けてあり、全体として閉ループ状の金型搬送ラインを構
成している。
尤/shiil v”j, no 13flll11 紮applied n,
1. The body of the mold changing device. ζ no 戊? In the BOJ drawing,
In this fruit A11j) 9υ, the upper casting shoulder (upper plate 11)
Upper molding machine Il+ and lower molding machine (Tono SQ) 'a: A pair of IJ model J-ru lower model J type machine 12 are juxtaposed. l Ill +2
A large number of wide molds for molding are housed in the 1st floor, which is separated from the 1st floor, and the necessary molds can be selectively extracted from the 1st floor. Warehouse 13]? Set up, this unit type vertical cylinder i<t:Iω1 chamber 14fLll mold storage i
ll Common and tI/-IN carry-in conveyor +n 15 between the L part and the entrance side of both Jtj/Kabetsuki 111 +21
1. The same ec joint between the revenue section and the exit side of the double-centered machine Il + 121 and the dedicated unloading conveyor + 61 +
71k is provided, and in addition, the position of the unloading center of the three-dimensional automatic warehouse (3) and the loading conveyor (4) is determined, and the position of the unloaded stationary molds is determined at the same position 1d, and the loading conveyor (4) 1d decision to actively send to 4aI thin (8)
In addition, a umami adjustment groove (91 gold is provided, and a height adjustment mechanism + 1QI is also provided between the collection section and the unloading conveyor Il+, forming a closed-loop mold conveyance line as a whole. .

前記ユニット式立体自動Ji Ji 13) Nよ第2
図及び第3図に示す槻に、例えば上F方間にg段で1つ
E、8方同にg列の収容棚111111す・−@klし
反した金型収容部1I21とこの金型収容部lI4の収
容棚1ll) −から−* 2M d$ k収出すクレ
ーンu七とがらノ茂っている。クレーン+I41Fよ上
下方1−irl VC記された矩形のクレーン7レーム
υ6j内Vこ上F動自圧に収付けられ、更にクレーン7
レームIJ6Jは上F喘に収付けられlとガイドローフ
uQ及び走行4L輸0η全収容部u4の上下端前面に設
けらtl、たガイドレール1119及び走行レール四に
製iさせて幅方向l/c移MI)Jす能に又J9さnr
、9 L/  > 1J4J ’z ’[f 位(D 
IIX ’g ’JHIll L/J gfJ而へ移1
明でさる工うになしcある。またクレーン1J4IにV
よ企ノ裁113Jk保持しているパレット(13a)内
に入りこtLk収出すフォーク(zlJl k取付けで
ある。このフォーク120)はクレーン1141の[]
II iに進退11T能に溝底されており、収容棚(l
すから収出した金型l131 k +夕!Iえば図中7
8側下端の収出し位置で位置決め嘘溝(8)へ供給rる
ようになしである。211Vよりレーン幀を吊下げ支持
−J−るワイヤー、囚は傍上げドラム、173は走性I
毬動機である・上椴遺ノ裁磯(1)及び下型造型機+2
1 &ま共に第グ図シこ乃くノー1求Cζ1・役人コン
ベア+41151と対し4+する位置に崖入部は?設け
、搬出コンベアtail +71と対応゛rる1正1(
」Vこ搬出部端を設けである。各搬入部間と搬出都・1
5JとVよ同一に濯成さn 、 5+’r 、s図に示
す伸にフレーム1′lυ上に昇降シリンダ4’71及び
ガイドロッド−を樽紫介して連結支持された架台端上に
7クンジ刊さローラ(、iuj日11に額数1固文承し
、当該7ランジイづローラ噸a+JJ +:dlL k
 1駆Uモータシ3カ及びチェーン(3樽τ介しτ送り
方向に回転させるようになしである。従ってよ般入部w
41と搬出都ヴ〜とV′i、設置dする回さが反対とな
っている・t ]t 7レーム@にはlid説喘に幅方
向に宿って回転ローラー蜀茜を複数11超回伝自在に固
設してあり、当該回転ロー2例(至)上に黴入PIfS
α引〃・ら搬出部端に跨がってこれ?囲むように形成し
/ζ多動フレーム端を載置してあり、移動クレーム(3
6)上には金型11alk文持する又押部材l371 
?r li!II# L、である。そして昇降シリンダ
シ7)が伸長して架台四が上昇端にあるとさは7クンジ
付ローラー町)は移動フレーム例の支持部材1′171
より上方で且つ対応rba人コシコンベア+41t5J
或d′m出コンベア+61 +71と同−簡さ位−に米
る。
Said unit type three-dimensional automatic Ji Ji 13) N 2nd
For example, in the case shown in FIG. The storage shelf 1ll of the storage section 1I4) -from-* 2M d$k The crane U7 which extracts 2M d$k is piled high. Crane + I41F is housed in a rectangular crane 7 frame υ6j marked VC above and below 1-irl V above F automatic pressure, and crane 7
The frame IJ6J is housed in the upper F pane, and the guide rail 1119 and the running rail 4 are installed at the front of the upper and lower ends of the guide loaf uQ and the running 4L transport section u4 in the width direction l/ c transfer MI) Jsu Nomata J9sannr
, 9 L/ > 1J4J 'z' [f position (D
IIX 'g'JHIll L/J gfJ then transfer 1
There are no monkeys in the light. Also, crane 1J4I has V
Enter into the pallet (13a) holding Yoki no Sho 113Jk and extract it (zlJlk is installed. This fork 120) is attached to the [] of crane 1141.
II i has a groove bottom with 11T capacity for advancing and retracting, and a storage shelf (l
Mold collected from Sukara l131k + evening! For example, 7 in the figure
There is no supply r to the positioning lie groove (8) at the retraction position of the lower end of the 8 side. 211V is a wire that suspends and supports the lane fence, the prisoner is a raised drum, 173 is a chemotaxis I
The molding machine is Kami-Sho Inosaiiso (1) and the lower molding machine +2
1 & Makoto Guzu Shikonoku No 1 Request C ζ 1 / Official Conveyor + 41151 Is there a cliff entrance at the position where it is 4+? Provided and unloading conveyor tail +71 corresponds to 1 positive 1 (
"V" is provided at the end of the unloading section. Between each loading department and unloading capital/1
5J and V are constructed in the same manner as n, 5+'r, s. On the frame 1'lυ, a lifting cylinder 4'71 and a guide rod are connected and supported via a barrel 7 on the end of the frame. Kunji published Lola (, IUJ day 11, number 1 fixed sentence, said 7 lungi zu Lola 噸a + JJ +: dlL k
3 1WD U motors and a chain (3 barrels τ to rotate in the τ feed direction.
41, the removal capital V~ and V'i, the rotation of the installation d is opposite. It is freely fixed, and there is mold on the two rotating rows (towards).
Is this straddling the edge of the unloading part from α pull? It is formed to surround / ζ hyperactive frame end is placed, and the movable claim (3
6) On top is a press member l371 that holds the mold 11alk.
? rli! II#L. When the elevating cylinder 7) is extended and the pedestal 4 is at the rising end, the height 7) is the support member 1'171 of the movable frame example.
Higher and compatible RBA person koshi conveyor +41t5J
It is about the same simplicity as the d'm output conveyor +61 and +71.

この状態では1綾入コンベア+41151から金型瞥が
7ランジ付ローラい→d上に供給される。この後昇降シ
リンダシ11が短縮し、−Il!!台囚が下1年するζ
金型(1段は移動クレーム端上の支持都杓3力にて支持
され、7ランジイづロークtjill町)から離れる。
In this state, the mold plate is supplied from the 1st twill conveyor +41151 onto the 7th flange roller →d. After this, the lifting cylinder 11 is shortened and -Il! ! Tai prisoner spends less than 1 year ζ
The mold (one stage is supported by three support levers on the moving claim end and separated from the mold by seven cylinders).

次に移動クレーム(3■が移動シリンダa四の1申緬動
1乍に伴なって移顧)さ仕られ、企!n州が搬入部端か
ら夫々の遣捜機il+ +2j^、供給J佑られ、同時
に造型機+11 [21から搬出部端へ金型−が供給さ
れる。
Next, a movement claim (3■ was transferred along with the movement of the movement cylinder a4) was made, and it was planned! N state is supplied from each search machine il+ +2j^ and supply J from the end of the carrying-in section, and at the same time, a mold - is supplied from the molding machine +11 [21 to the end of the carrying-out section.

搬入コンベア+41は第V図及び第5図に示す様に、叉
狩フレームい四の上ガeこ分割さKした昇降7レーム←
41111 ’z人々昇1年シリンダ、rlJ 、+i
及びガイドロッド、441.4む旧1悄を介して昇降自
在に支持し、6昇p4 y−v −A +41411の
上面両側に送り方向に宿って火攻のフランジ付ローラ4
.19) tel(2)いりを適当な間1福でもって1
gI詠l」在に支承し、これらt谷々昇1晧7レーム←
11.411に設けられた駆動モーター−及びチェーン
1J4)−00を介して送り方間Vζ回1区させるよう
vCなしである。ilJ M己フランジ1寸ローラ14
81ト、糧との、lJJ及び槽とφυとの間隔は金型1
14?保J守しているパレット(13a)のlidψ法
エリml刀1に広いd’法VC設疋し−C企型(14を
ガタつきなく移送できゐエラQcなしである。筐/こ油
の搬入コンづて(6)もF411記議人コンベア(4)
と同様をζ1イ成ぎれ、さらに産出コンベア+6117
]も搬入コンベア(4)と同様に111戊4 n ゛こ
いめ。但し、搬入コンベア+4115)(!−搬出コン
ベア+o+ (7)とは方向が互いに反対間きに配置r
Jされて5す、金型(14の送り方向が逆方向となつC
いる。
As shown in Figures V and 5, the carry-in conveyor +41 has 7 elevating and lowering frames with the upper part of the frame divided into 4 parts.
41111'z people rise 1 year cylinder, rlJ, +i
and guide rods, 441.4 and 41411, supported so as to be able to rise and fall freely, and mounted on both sides of the upper surface of 41411 in the feeding direction.
.. 19) Please call (2) for a reasonable amount of time with 1 fortune.
I support the ``gI poem'' and these t Taniya noboru 1 晧 7 rem←
11.411 is provided with a drive motor and a chain 1J4)-00, so that the feeding direction is Vζ times per section without vC. ilJ M self flange 1 inch roller 14
81, the distance between the food, lJJ, and the tank and φυ is the mold 1.
14? A wide d' method VC is installed on the lid ψ method edge ml sword 1 of the pallet being maintained (13a). The loading conveyor (6) is also the F411 reporter conveyor (4)
The same as ζ1 is completed, and the production conveyor +6117
] is also 111㈊4n゛coime like the carry-in conveyor (4). However, the loading conveyor +4115) (!-unloading conveyor +o+
5, mold (14 feed direction is opposite direction)
There is.

位置決め機構(8)、すなわち位置決め手段としてra
t種々な構造例があるが、その−列を第g図乃至vI/
図に示し1ζ。上F動可能に文」中されたコ閲当な犬さ
さのり7ター州の幅方向両側の上面に金型−を文持し且
つ幅方向への移動を粁ナローラ7リーコンベアのIは設
け、す7ターvJ樽の両側に設けた叉]?呻6優1υ(
至)−旧(2)間に、夫々7ランジ付ローラ[W41 
k送り方向に禎& iil l−受Q砿を介して回転自
在に支承し、各7ランジ付ロークl63144)の突出
αIMvこスプロケット−16四を介して互いに連動J
−る工うに最小半位数づつ交互にチェーン@、t1iD
t装着し、さらに駆動モータ、51 k連結させて全7
クシジ付ローク由:a +641 k積極的に回転可能
になした送りローフコンベア(lαIa)茫mhEZk
である口また両側の支持RIIF+ω1li4から外方
へ突出さn fc X、 ff y’ ツク’、/ )
 t/a t73iに回g 、ll1il +741 
(751k回転自在に貫通支持させ、その両端に連結棒
1161 +I’θt’/[9(/1k15#し、当該
連清棒(lfA (/7) (781tllの先端に位
置決め板、d(j、dll k取付けると共に回転軸重
t151の中間部にソングtd3 J k介してエアー
シリンダ遡(ハ)を連債さ=ばてあり、エアーシリンダ
+841−を伸縮動作さぜることVこエリリンクt41
祷を介して回示曲(′繍t+51 k 回転a ”it
、さらに連績俸l16) +17) 1110 tl9
 k fPして位置決め板X−IIIυを問後鈎させて
金型t131の幅方向の位−決・Ot行なうようになし
である。向、送りローラコンベアt/11 tlllの
対間する谷7クンジ付ローラ、b:(l [41の7ク
ンジ間の寸法は金型霞?保持rるパレット(13a)の
1llI!寸法エリ値かに広い寸法になし、且つ位1d
決め板l81j曲は押し付ける金7Q g場の1)(M
面が7ランジ付ローラ+63 +61の7クンジの1d
上に位置して金型11:Itの位置決め全行なうとそれ
以上前ガ′\移動しない様になしである@この位置決め
4a溝1al rより7ターーに設けたローラフリーコ
ンベア、ゴ0I581が送りローラコンベアt+L1 
tlll 工1) 上)j vζ位+i ’f’るまで
り7ターUn上昇させた状態で待機して2さ、立体自v
Jg It If)かうIIX 出、!れノζ金型州を
ロ一り7リーコンベア6ηJtIこて文ツ?させ、この
状態でエアーシリンダ1l141td51−伸炎dせて
両11(す刀為ら位置決め板、vl titυにて金迎
州を押圧して幅方向の位置決め全行ない、その麦す7タ
ーψ鴫t’F唾さ−WtLは金型州は送りローラコンベ
ア(l■(tl)の各7ランジ付ローラーー上に正確に
位置決めされた状態で載置され、以後7ランジ付ローラ
+ti:11 #41にて案内され’Fiら四方へ送り
出される。
ra as a positioning mechanism (8), that is, a positioning means.
There are various structural examples, but the - column is shown in Figures g to vI/
1ζ shown in the figure. A mold is placed on the upper surface of both sides in the width direction of the dog string 7, which is movable in the upper part, and the I of the conveyor is provided with a narrow roller 7 to allow movement in the width direction. , the forks on both sides of the vJ barrel]? Moan 6 Yu 1 υ (
(to) and old (2), respectively, there are 7 rollers with flange [W41
k is rotatably supported in the feed direction via a receiving wheel, and is interlocked with each other via a protruding αIMv sprocket (164) of each 7-lunged roke (163144).
- Chain @, t1iD alternately for each minimum half-digit
t installed, and a drive motor, 51k connected, total 7
Roke with comb: a +641 k Feed loaf conveyor that can be actively rotated (lαIa) 茫mhEZk
It also protrudes outward from the supports RIIF+ω1li4 on both sides.
t/a t73i timesg, ll1il +741
(751k is rotatably supported through it, and a connecting rod 1161 +I'θt'/[9(/1k15#) is attached to both ends of the connecting rod (751k), and a positioning plate, d(j, At the same time as installing the dll k, the air cylinder back (c) is connected to the middle part of the rotating shaft load t151 through the song td3 J k, and the air cylinder +841- is extended and contracted.
Circular music through prayer (' t + 51 k rotation a ”it
, and consecutive salary l16) +17) 1110 tl9
kfP and then hook the positioning plate X-IIIυ to position the mold t131 in the width direction. Direction, feed roller conveyor t/11 Roller with 7 grooves between pair of tllll, b: (l [The dimension between 7 grooves of 41 is the mold haze? Is it the 1llI! dimension error value of the holding pallet (13a)? No wide dimensions and about 1d
Deciding board l81j song is pressing gold 7Q g field 1) (M
1d of 7 Kunji with surface 7 roller with flange +63 +61
When the mold 11:It is positioned above, there is no way to prevent it from moving any further forward. Conveyor t+L1
tllll engineering 1) Up) j v
Jg It If) Kai IIX out! Renoζ Mold state 7 Lee conveyor 6ηJtI trowel text? In this state, press the air cylinder 1l141td51-flame d and press the gold Yingshu with the positioning plate vl titυ to complete the positioning in the width direction. In the case of WtL, the mold is placed in an accurately positioned state on each of the 7-lunged rollers of the feed roller conveyor (l (tl)), and then guided by the 7-lunged rollers +ti:11 #41. 'Fi and others are sent out in all directions.

高さA整機41i91は第2図及び第1θ図に示す様に
、支持クレーム(至)上に昇降ンリンダ縛及びガイドロ
ツF 1.1181 、ds を介して昇降自在に支持
させた昇11$7レーム+’JJの1層方回両側V(,
4がって軸受!II) +t121k介L ”’C72
ンジ付ロー1.i13.1141’ki&(15回転自
在に支承させ、その突出端にスズログット・!J51y
e介して互いに連動する工うに最小単位つり父互にチェ
ーン(イ)?装着し、更に昇47レーム硼の下面に収付
けられた駆動モータ(縛を4結させである。IIJ妃7
クンジ伺ローラ1日1−の間隔は企戯州の幅寸法エリ−
かに広い寸法に設定しである0この簡さ1歪機構19)
vよ位置決め機構t8Jと同一高さ位置で待機して3す
、金植峙が供給されると1峰下して成人コンベア(4)
と同一高さ位置で停止する。
As shown in FIG. 2 and FIG. Both sides of the first layer of the frame + 'JJ V (,
4 bearings! II) +t121k mediated L ”'C72
Row with screw 1. i13.1141'ki & (supported for 15 rotations, with Suzuro Gut !J51y at its protruding end)
Is there a chain (i) that is the smallest unit of equipment that interlocks with each other through e? In addition, the drive motor (with 4 ties) is installed on the underside of the 47 frame.IIJ 7
The distance between the Kunji rollers per day is the width dimension area of the plan.
It is easy to set to wide dimensions and has a distortion mechanism (19).
Wait at the same height as the positioning mechanism t8J, then move down one level and move to the adult conveyor (4).
Stops at the same height as.

また1般出コン″瑛゛ア(6)に対応付けられ1投けら
7′1.7ヒ高さ1周系機溝(10旨ユ前己而さ1裕機
構19+と向1更e′こ1/を我されて2す、金型州の
送り方向を逆にして設置uさnている。
In addition, it corresponds to 1 general output controller ``Ea'' (6), 1 throw 7' 1.7 feet height 1 circumferential machine groove (10 points) After doing this 1/2, I installed the mold with the feeding direction reversed.

而して、IIN己の立体自動貧耀(3)には河になって
いる北観造帖機(1)及び下桧造型槻)2)へ供給する
14の上金型及び下金型が・例えば/♂種類夫々所定の
収容棚(11)囲・・・へ収容してpく・そして両造型
模Il+ 121へ金型−を供給するVこは、先r上型
造型槻+13及びF型造型機+21に夫々投けらγL/
C拶噌シリンダ+g811伸長させて移動クレーム国を
微人部t、44Jt調側へ移動させて支持部材BηGn
t+級人コンベア14115.1と対応付け、かつ搬入
sI閃シ夷に設けられた架台四四紮上昇待機させる9茎
た位1d決め機1・碌(8)のり7ターーE9t−上昇
待機させ、尚さ調盛機、、4191の昇降クレームωを
上昇させて位置決め411! 1+ft81のりフター
ーと同一高さ位置で待機さ位る。
Therefore, IIN's three-dimensional automatic machine (3) has 14 upper and lower molds that are supplied to the Hokukan Zocho machine (1) and Shimohizo Katsuki (2).・For example, each type of male is stored in a predetermined storage shelf (11) surrounding... ・Then, the molds are supplied to both molding models Il+ 121. γL/
Extend the C cylinder + g811 and move the claim country to the minor part t, 44Jt key side and support member BηGn
Correlate it with the T+ class conveyor 14115.1, and make it standby for the 9 stems placed on the mount 44 set on the loading sI flash unit to rise. In addition, the adjustment machine raises and lowers the lifting claim ω of 4191 and positions it 411! Stand by at the same height as the 1+ft81 glue lid.

そL7、豆体自助倉$ tillに設けらf′したクレ
ーンフレーム115)k−ガイドレール州及び走行レー
ル四にY8って所定列まで移動させ、はっクレーン11
41金上昇aせて所定段まで移動させて、収出ナベさ上
金型金収谷した収容1111間の1lt1面でクレーン
IJ4Jヲ停止させる。この後クレーンt141から7
オーク+201 i突出させて金型’ill f保持し
ているパンツ) (13a、i内に押入させこn2文持
し一りレーン圓へ収出す。taausrが収出されると
、クレーンIJ44’を下降させると−1こクレーン7
レームll[Q Q右方へ移T#Jさせて収出し部へ位
1直させる。次に7 オー 9 t2LII k t&
 方へ突出させて企ff1(Inクレーンα瘤から位1
v/!決め機1・*(81のりフタ−1bGl上のロー
ラ7リーコンベア6η−上に移載゛J−る。ローク7リ
ニ・ンベアのI上に金型0層が移載纒れると、aU記立
体自kJJJt庫181では上述の前作を操り厚して残
りの対のF企JJ1峙を所定の収谷哨(lυから収出す
動作上行なう。葦た位111決め機構(8)ではエアー
シリンダ(財)+8!9 k伸長させ、位置決め板、祷
偲υt−曲方へ移動させて金戯峙の幅か回側面を抑圧し
、金型−の幅乃回の位置決めを行なう、位置決めが完r
すると、す7ターpQヲ下降させて口−ラ7リーコンベ
ア慟で1581から送りローラコンベアti(j tl
ll−の7う/ジ付ロ一り、Fl:(l ui41上に
載せる。この説扇11uJモータ、ol 1卿ドさせて
送りローラコンベア+7f) Itl) k哨作させて
金#10場?前方の高さ調整fil u& +91の昇
降フレーム硼に設けられた7ランジ・1」ローラJ t
iI41に供給rる。高さ調整機構(9)は金型−が供
給さルると昇降シリンダ1面が短縮して昇降7レーム(
υOn下降きせて搬入コンベア(4)と向−高さeこな
j−0この後駆動モータ、四が動作して置型(1勇kp
m人コンベア(4)へ供給し、供給後再び昇降シリンダ
(dηが伸長して昇降7レーム川を位置決め機構(8)
と同一高さにfxi−04人コンベア14)の人口II
IIIに萱型州が供給されると、当該搬入コンベア(4
)及び下型、量型(幾12)の尿人都四、搬入コンベア
(6)の7ランジ付ローラ4sl 但1 ai1i51
) It、、U7ランジ付ローラXJilJが回詠させ
られ、金型11a+は1M 、+4型、殴Il+の瀘入
部四へ供給される。この搬入部例でvi企金型が供給さ
nると、昇降シリンダ127jが短悔し4.台己濁を1
1傘下させて金!栽11al”移動フレーム(d6)の
文神部拐137I上に移載して退避する。この4移肋シ
リンダ(381が短縮して移動クレーム(ト)を上!n
遺型機11】側へ移動させ、支持部材3ηにて支持され
た金型11al’に上型造型機!11へ供給する。
L7, crane frame 115 installed in the bean self-help warehouse $till.
41 gold is raised a and moved to a predetermined stage, and the crane IJ4J is stopped on the 1lt1 surface between the receiving pan and the housing 1111 where the mold is collected. After this, crane t141 to 7
Orc+201 i protrude and hold the mold 'ill f) (13a, push it into i and extract it to the lane with 2 characters. When the taausr is extracted, lower the crane IJ44' -1 crane 7
Move the frame ll [Q Q to the right T#J and change the position by 1 to the extraction section. Next 7 Oh 9 t2LII k t&
Projecting towards the direction ff1 (In crane α from the lump 1
v/! The mold 0 layer is transferred onto the roller 7 conveyor 6η- on the determining machine 1 * (81 glue lid 1bGl). In the three-dimensional automatic kJJJt storage 181, the above-mentioned previous work is expanded and the remaining pair of F plans JJ1 is performed on the operation of extracting from the predetermined collection point (lυ).In the reed position 111 determining mechanism (8), the air cylinder ( +8!9 Extend the positioning plate, move it to the curved direction to suppress the width or rotation side of the metal mold, and position the width or rotation of the mold.The positioning is completed.
Then, the roller conveyor ti (j tl
ll-'s 7 U/ji with RO 1, Fl: (Put it on L ui41. This fan 11uJ motor, OL 1 Lord, feed roller conveyor +7F) Itl) k Make gold #10 place? 7 lunge/1" roller Jt provided on the front height adjustment file & +91 lifting frame
Supply to iI41. When the mold is supplied, the height adjustment mechanism (9) shortens one side of the lifting cylinder to 7 frames (
υOn is lowered and facing the loading conveyor (4) - Height e Kona j - 0 After this, the drive motor 4 operates and the mold is placed (1 kp
The m-person conveyor (4) is fed, and after being fed, the elevating cylinder (dη) is extended and the elevating 7 lame river is positioned by the mechanism (8).
fxi-04 people conveyor 14) population II at the same height as
When the Kaya type plate is supplied to III, the carrying conveyor (4
) and lower die, quantity die (Iku 12) urinary manto 4, loading conveyor (6) 7 rollers with lunges 4sl However, 1 ai1i51
) It, U7 roller with flange XJilJ is recirculated, and the mold 11a+ is supplied to the input section 4 of 1M, +4 type, and punch Il+. When the VI mold is supplied in this loading section example, the elevating cylinder 127j is turned off.4. 1
It's money to be under one umbrella! Move the plant onto Bunshinbu 137I of the moving frame (d6) and evacuate.This 4 moving cylinder (381) is shortened and the moving claim (g) is moved up!n
The upper mold molding machine is moved to the side of the mold 11al' supported by the supporting member 3η! 11.

下型造型機(1)へ金型υ増が供給されている1−に、
下型造型機(21へ供給rる下金型++、ll’が立体
自動倉厚f83の収容部(121から構成される装置決
めa構(8)のりツターーに設けらtL/ζローラ7リ
ーコンベアー州上に供給される。こ吃゛でNO述の如く
位置決め板11回が動作してF金緘州の鴨方向の位置決
めt行ない、との置り7ターv]Iが降下してローラ1
リーコンベア醐−上の下金型ulr送りローラコンベア
L/(I C1υの7ランジ付ローク163i841上
に移載−rる。続いて扇動モーターが動作して送りロー
ラコンベアtl(I CIIJ k肋[Fδせ、下金型
すit前方の篩さ12周搭機構191の昇降7レーム硼
に設けらt′した7ランジ付ローラ、J謙−に供給する
。高さ調整機構(9)は下金戯イが供給されると昇降シ
リンダ(2)が短縮して昇降クレーム用を下降させて搬
入コンベア(4)と同一高さになす。この&扇動モータ
(2)が■り作してF 鷺截t13i k ir’fk
人コンペア14107ランジ(Jローラ・・国、111
上に1)(給する。搬入コンベア(4)は下金型ulが
供給されると、属性のモータttj′48 k ulυ
[「させて7ランジイ」ローラ、ムlll 191 v
>C4frυを回・I云させ、下部域ぼ)下型造型機+
21の搬入部例の架台に3)に設けられlヒ7ランジ付
ローラ1311311」二に供給rる。この置昇唾シリ
ンダロが短縮して架台1291 ’z l降下させ、下
金型(1糧を移動7レーム州の叉神都梢1d7)上に移
載し退避する。そして移11dJシリンダ州が短縮して
移動クレーム(3Qt下型遺檀機+2111t!lへ移
動さぜ、支持部材3ηにて支持され7′こト象型t13
J’に’F型造型機+21へ供給rる。移動7レームI
8■は上4v、姐型機(1)及び下型造型機121へ人
々上1よ?]31及びF全型イを供給rると、慴動シリ
ンダ1A81が伸長して殿入部はシ勾側へ移動させられ
る。
In 1-, where the mold υ is supplied to the lower molding machine (1),
The lower mold forming machine (21) is supplied with the lower mold ++, ll', which is provided in the storage part (121) of the device-determined structure (8) with a three-dimensional automatic warehouse with a thickness of f83 and the tL/ζ roller 7-lead. Then, the positioning plate is operated 11 times as described in NO, and the positioning board is positioned in the duck direction of F gold, and the positioning plate 7 is lowered and the roller 1
The lower mold ULR feed roller conveyor L/(I C1υ) is transferred onto the 7-lunged Roke 163i841.Then, the agitation motor operates and the feed roller conveyor TL (I CIIJ kR[ The height adjustment mechanism (9) is fed to the roller with 7 flanges provided on the vertical 7 frame frame of the 12-round sieve tower mechanism 191 in front of the lower mold. When the fuel is supplied, the lifting cylinder (2) shortens and lowers the lifting claim to be at the same height as the loading conveyor (4).This & fan motor (2) creates a Cut t13i k ir'fk
Person Compare 14107 Lunge (J Laura...Country, 111
1) (Feeding the upper part. When the lower mold ul is supplied to the carry-in conveyor (4), the attribute motor ttj'48 k ulυ
[“Let’s do 7 lunges” Laura, Mllll 191 v
>Turn C4frυ and press lower part) Lower molding machine +
3) is provided on the frame of the example of the carrying-in section of No. 21, and a roller with a 7 flange 1311311 is supplied to the second roller. This lowering cylinder is shortened and the pedestal 1291'zl is lowered, and one piece of food is transferred onto the lower mold (1d7 in the 7th rem state) and evacuated. Then, the moving 11dJ cylinder state is shortened and moved to the moving claim (3Qt lower type mortuary machine + 2111t!l), supported by the support member 3η and 7' this elephant shape t13
J' is supplied to 'F type molding machine +21. Movement 7 frame I
8■ is the upper 4v, the upper molding machine (1) and the lower molding machine 121. ] When all types 31 and F are supplied, the sliding cylinder 1A81 is extended and the gluteal part is moved toward the oblique side.

下型造型機Il+及びト型遺截侭12)でVよ大々上党
型す4及びト企型atが供給されると、造型?開始して
鋳型t1氏すする。
When the lower molding machine Il+ and the upper molding machine Il+ and the upper molding machine 12) are supplied with the upper molding machine Il+ and the upper molding mold AT, the molding machine ? Start by pouring mold t1.

−tして所疋蘭数の鋳型を成型した後他棟類の#型?成
型゛rる為に金型r父侠rる場−庁には一1111述の
動・l’T’ k 、謙り返して立体1」動檜庫+31
から所望の上金型j14及び下部域ori収出し、夫々
上植逝8!機(11及びF型造型機(2)の搬入部供へ
供給する。。このは先ず上型造型機Ill I11!I
で昇降シリンダ(27)が短縮して架台+2i11 k
降下6セ、上金型崗?、幡削クレーム+301の支持部
材3η上に移載し、同時に上型造型機+11においても
使用した金盛り場を移動7レーム弼上に載置する。その
砒移動シリンダ四が短縮して移aの7レーム弧を移動さ
せ、新たな止金型置を上型造型機+13へ供給すると共
に使用後の上金型+1虚?上型造型機Illから一取出
し搬出部四へ排出する。搬出都V5jへ上金型i+3が
りト出されると、当該搬出部(251では昇峠ンリンダ
噌ρ1伸長して架台口金上昇させ、上tq賎τ7ランジ
付ローラgtgt+にて移動フレーム(3匈から受は収
る。その後、扇動モータJ2Jが動作して7クンジ旬ロ
ーク1A1311を回訳させ、上:jl!H1lt”搬
出コンベア(7)へ搬出する。すると搬出コンベア+6
1 +71の駆動モータIIJ4−及び上昇待機してい
るT型造型機12)の搬出部j川の駆動モータ暫が肋r
[して上金瓜−14忙1設出コンベア16117)及び
、p山部)2Q?多送させ、搬出tlilJの・勅さ調
瘉嵌+1 tM上へ排出する。使用説の上& su t
13J k UPPF6゜使用説のと金型−t、非出し
ノζL截逝プ烈機Illでlよ、そのIA搬出山部の栗
a二41が呻FL、φUのシリンダ(囮が伸長して移1
助フレーム鴎にj破入部例側へ移動させ次の金釜又侯K
 1liilえる。篩さA盟磯+l& tl(2)は上
企橡11増を更番′て曲刃の高さ、凋盛槻J tlol
へ移送し、移送された高さ、t! ! h 141t 
1utlは昇降シリンダゆが伸長して昇・≠7V−ムl
!Xll k上昇させ立体目IMJJit庫(3)の収
入f1部と+r−a−高さくで設定される。この後−J
体自切、4−4: +a+のクレーン7レームI則が移
動してりL/ −ン114)全1iX人f1.部′\移
動し、フォーク12Lll k麦々へ芙出ざ1て上せ型
政と、鴎さ2岡・盗機構(1o)から営け11又シ、ク
レーン114+ J:、へ載置る。ぞしてクレーン・−
−ン〜ムflblが/1ミ石vc移d(1シ、且つクレ
ーンU勾が上昇し、rvr ;、jTの位、1面でフォ
ー9120+ 7)f tltJ )j ヘ移i1Jし
で五會型州金収8副1111へ収容する。
- After molding the mold of Tokororan number, is it # mold of other buildings? A place where molds and fathers are used for molding - the office has 11111 mentioned movements, l'T'k, humbly returns to the three-dimensional space 1's room + 31
From the desired upper mold j14 and lower area ori are extracted, and the upper molding is completed 8! This is supplied to the loading section of the machine (11 and F-type molding machine (2). First, the upper molding machine Ill I11!I
The lifting cylinder (27) is shortened and the mount +2i11k
Descending 6th, upper die? , and place it on the support member 3η of the cutting claim +301, and at the same time place the gold plate, which was also used in the upper molding machine +11, on the top of the moving 7 frame. The arsenal moving cylinder 4 is shortened to move the 7 frame arc of the movement a, supplying a new stopper mold position to the upper molding machine +13, and the used upper mold +1 imaginary? One piece is taken out from the upper molding machine Ill and discharged to the unloading section 4. When the upper mold i+3 is lifted out to the carry-out station V5j, the carry-out section (251) extends the lifting ring ρ1 to raise the cradle cap, and the moving frame (from the receiving part 3 to is settled.Then, the fan motor J2J operates to rotate the 7 Kunji Junk Roku 1A1311 and transport it to the transport conveyor (7).Then, the transport conveyor +6
1 +71 drive motor IIJ4- and the drive motor at the unloading part of the T-type molding machine 12) that is waiting to rise
[Kamikinka-14 busy 1 installation conveyor 16117) and p Yamabe) 2Q? Multiple feeds are carried out and discharged onto the top of the unloading tlilJ. Instructions for use & su t
13J k UPPF6゜Using guide and mold-t, non-extrusion ζL cutting machine Ill, the chestnut a2 41 of the IA carrying out mountain part is groaning FL, φU cylinder (the decoy is extended) Transfer 1
Move the supporting frame to the breaking part example side and move it to the next Kanakama Matahou K
I can get 1liil. Sieve A alliance + l & tl (2) is the height of the curved blade with the upper plan 11 increase
and the transported height, t! ! h 141t
1 utl is the elevating cylinder strain that extends and rises.≠7V-ml
! Xll k raised solid eye IMJJit storage (3) revenue f1 part and +r-a- height set. After this-J
Body self-cut, 4-4: +a+ crane 7 frame I rule is moving L/ -n 114) All 1iX people f1. Move the fork 12Lllk to Mugimo and place it on the Katamasa, then move from Kamosa 2 Oka/Tai Kakugan (1o) to the 11m and place it on the crane 114+J:. Through the crane...
-N ~ M flbl moves / 1 stone vc d (1 shi, and the crane U slope rises, rvr ;, jT place, 4 9120 + 7) f tltJ )j to i1J and five meetings Stored in Type 8 Deputy 1111.

下金型l131がF型債植(殻i21の搬出部2〜倉通
過し、立体自動倉庫(3)へ収容されるIFJJに下散
遺型機(21では處山部1汚の架台−が1峰Fして時機
Jる。
The lower mold l131 is transferred to the F-type bond planting machine (shell i21, which passes through the unloading section 2 to the warehouse, and is stored in the multi-level automated warehouse (3). 1st peak F and time J.

dいで搬入部端の昇(唾シリンダロが短縮して架台17
!91を降下させ、F金型(1,lI′會移蛎7レーム
翰の支持部材1371上に移載し、同時eζ下型遺植機
121においても便用Aの下金型ulk*aの7レーム
四上にM 1m ’jる。−tの11のンリンダ1綱が
短縮して$噌7レーム瞥r移助させ、析たなF昔型lf
t下型造M根12)へ供l治′jる七共に匣用済の下金
戯uaft−″F徴造型機12)力・ら取出し搬出部四
へil出する。搬出部12国へ下*aurが排出dれる
と、当該排出邪曲では昇降シリンダ1271が伸長して
架台−を上昇させ、7ランジ付ローラ1ALll(3I
Jにて移動7レームI8四からf金型1Ift受は取る
。その後駆助モーター4が1+Pして7ランジ付ローラ
ー制を口伝させ、下金mdta出コンベア(6)へ鐵出
し、更に搬出コンベア1B)から高さA盛観# 110
)へ排出する6下型造型機(21では使用済の下金型a
f*排出するとその搬出部間の架台−団が降下し、移1
シリンダ鋼が伸長して移Ia7レームーと黴入部124
I測へ移用+4させ、次の金型父俣にviftえる。篩
さ調盗機11す1101 vまr金型−1場を更に前方
の高さ調省機11奢叫味(1J\嶋\風へ凹恵引へ入颯
毫11ζへ191≠送し、多送さrL7ヒ尚さ調整機構
−10)は昇降シリンダ++1′i’)が伸促し゛[昇
降クレーム〜IXI上昇さ忙、xL f本lj III
IJ ffi庫(3)の収入れ部と同一高さに設定する
。このmIZi令;目動倉ノ車1ullのクレーン(1
旬及びクレーンフレーム・+51が贈r戸して篩さ、i
1M卒4幾1薄11(2)からトー1It型(1〜を・
受は収り所定の収拌硼間へ収容さぼる。
At step d, the end of the carry-in section is raised (the saliva cylinder is shortened and the frame 17
! 91 is lowered and transferred onto the support member 1371 of the F mold (1, lI' 7 frame wire). M 1m 'j on the 7th frame four.-T's 11th line is shortened and the $7th frame is moved, analyzed F old model lf
Take out the used lower mold making machine 12) and send it to the unloading section 4. Transfer to the unloading section 12. When the lower *aur is ejected, the elevating cylinder 1271 extends at the ejection bend to raise the pedestal, and the 7-lunged roller 1ALll (3I
Move from J to 7 frames I8 and take f mold 1 Ift receiver. After that, the drive motor 4 goes to 1+P and transfers the roller system with 7 lunges, unloads the iron to the lower metal mdta output conveyor (6), and then moves from the unloading conveyor 1B) to the height A height #110.
) to the 6 lower mold making machine (in 21, the used lower mold a
When f* is discharged, the platform between the unloading sections lowers and the transfer 1
Cylinder steel expands and moves to Ia7 frame and mold part 124
Transfer to I measurement and add 4 to vift to the next mold. Sieve adjustment machine 11 1101 vmar mold - 1 field further forward height adjustment machine 11 Send taste (1J \ Shima \ Kaze to Ukoehiki 191 ≠ to Shogo 11ζ, Multi-feed rL7 height adjustment mechanism - 10) The lifting cylinder ++1'i') is extended.
Set it to the same height as the income section of the IJ ffi warehouse (3). This mIZi order; Mechanical warehouse car 1ull crane (1
The season and crane frame +51 are presented and sieved, i
1M graduate 4 x 1 thin 11 (2) to toe 1It type (1~)
The receiver is collected and stored in the designated mixing chamber.

上記の如く上型遣脚機fi+及びF型造植機(21へ所
望の上金型(14戊びF金型atを自動的に供給し、両
、β4シ磯111121にて設定数のm型全成緘すると
、立体自[有]υ、ぼ庫131711・ら形状の異なる
祈たな↓金型時及びF全4!!jaJk収出し、夫々対
応する遺戯峡Il+ 121へ供給し、はつ供給と同時
に各造型機(!]121から使用済の土嚢型ll〜及び
上金型−尋を収出して回収し、]L木+、i 1iUJ
i庫(3]の元の収容棚(1リヘ収谷し″r−企型金型
?灯ない、多イ市類の鋳型?成型J−る。
As mentioned above, the desired upper mold (14) and F mold at are automatically supplied to the upper mold supporting machine fi + and the F type planting machine (21), and the set number of m When the mold is completely completed, the three-dimensional mold υ, the warehouse 131711, etc., which have different shapes, are collected and supplied to the corresponding Igikyo Il+ 121. At the same time as the molding machine (!) 121, the used sandbag molds ll~ and upper molds were collected and collected.
The original storage shelf of the storage room (3) (1 re-stored storage space), there is no light, there are many types of molds, molding J-ru.

また立体目WJilボ13)からクレーン1J41 K
’ U出さnた上*型す尋及び下鷺盟atは6七の幅方
向の位置精度が琺く、a型機側書入コンベア(4)との
rt:I対内な位置ずt′Lt生しているが、曲記上金
m賭及び下金型り4は搬入コンベア]4)へ供給される
i+I工面で位置決め機1苛(8)に供給され、当該位
置決め機構(8)においてす7ター州上に載置された上
金型1或いは下金型IIfは両側から位置決め板l侶υ
にて押j上されてその1能力回の位ifがJlifえら
れ、そのl&高精度に位置決めされた送りローフコンベ
アtill (/11の7ランジ付ローラtti3 u
に載せられ、当d亥7ランジ付ローラ、b31 +l3
4Jにて位(は決めさtL7′c状悪で搬入コンベア(
4)へ供給されるので何ら支障なく搬入コンベア(4)
へ供給される。従って多種類の置型を収容し、選択的に
収出したり、収dしたりする汎用機?利用ノーるこごが
でさ、金型又換?迅速に且つ安全に行なうことがでさる
以上説明した様rこ、この発明は異なる形状の金型を多
数収容した倉庫から待疋の企型?選択的eて取出し、造
型機4JU a人コンベアへ供給して直裁機へuk袷す
ると共に造型機から収出された金徽r搬出コンベアから
倉j屯′\戻ナエうになし7ζ鷺型父換装置1 t′こ
広いて、造型機に対する金型の正規位置全設定J−る/
′tめの位11決め手段が遺・栽賎11111 i&人
コンベアの途中に設問さ7’しているから、ユニット式
立体+l 1jVJ館庫(′ζ収容された金型を必要Q
こ応して自動開に収出し、位−決の機前K 下金型の1
1m1が回の位置決めr行ない、七の後覚截奮亡型偵測
コンベアへ原人させるので、立体、11qυJ鹿−庫ン
ク・り収出さルる金製の1隔方同の位I直・R)にが・
黒くてもこt″L、τ自動1勺t′?X1シ5圧するの
で、1巳ノψ父」Aの1”l tmJ化?計ることかで
さ、従来の如<ノ、手r必dとしないので作業性の同上
と共に安全′1生も犬]1鵜(こ同上rろ。fll上ユ
ニツト自動>K I屯のように汎用機?用いることがで
さ、事故のと型を−)尤に収容させてこn2壬意に収出
しテ12型父洟τ行lつことがでさるので、例工ばユニ
ット式立体1制壇ノイに谷、萌自切車用部品の助砧?或
ノ戟−Tる為の上金型及びF金型全収容させておけぼ、
予め設定された鋳型の造型数に対応して自助的に金型父
S具?行ない寿、多種少量生産を効ギよく行なうことか
でさる。
Also, crane 1J41K from the three-dimensional WJil Bo 13)
' The positional accuracy in the width direction of the upper part of the upper part and lower part of the upper part of the U output is 67, and the position is within the rt: I pair with the A type machine side writing conveyor (4). However, the upper die and the lower die 4 are supplied to the positioning machine 1 (8) on the i+I surface which is supplied to the carry-in conveyor (4), and the positioning mechanism (8) 7. The upper mold 1 or the lower mold IIf placed on the tar plate is attached to the positioning plate 1 from both sides.
The position of 1 capacity is increased by Jlife, and the feed loaf conveyor that is positioned with high precision (/11 7-lunged roller tti3u
7 rollers with lunges, b31 +l3
At 4J, the loading conveyor (was determined) due to poor condition.
Since it is supplied to 4), there is no problem with the delivery conveyor (4)
supplied to Therefore, is it a general-purpose machine that accommodates many types of stationary molds and selectively extracts and stores them? Is it okay to use it or change the mold? This invention can be carried out quickly and safely.As explained above, this invention is a project that can be carried out from a warehouse containing a large number of molds of different shapes. Selectively take out the molding machine 4JU, feed it to the conveyor, and transfer it to the cutting machine, and at the same time, remove it from the molding machine from the unloading conveyor and return it to the molding machine. Changing device 1 t' Wide enough to set all the normal positions of the mold relative to the molding machine.
'T'th place 11 deciding means is 11111 i &7' since it is asked in the middle of the person conveyor, unit type three-dimensional + l 1j VJ building warehouse ('ζ required mold Q
In response, the lower mold 1 is automatically opened and placed in front of the machine.
1m1 is positioned once, and the seven-dimensional reconnaissance conveyor is placed on the reconnaissance conveyor, so the three-dimensional, 11qυJ deer storage unit and retrieval unit are made of gold with the same position I direct. R) Niga・
Since it is black and t''L, τ automatic 1t't'? Because it does not work as well as the same as the above, it is safe for both the life and the dog] 1) Since it is possible to accommodate it and extract it at the same time as the 12-type father, for example, there is a unit type three-dimensional 1 system platform, and there is a part for self-cut vehicles. The upper mold and F mold should all be accommodated for Nogeki-T.
Self-help mold father S tool corresponding to the preset number of molds to be made? Longevity depends on efficient production of a wide variety of products in small quantities.

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

第1図は木j@すJに係る盆型父換装置の全体構成?示
す概略平面図、第2図はユニット式立体自動倉庫の側面
図、第3図はその正面図、第V図は造型機側搬入コンベ
ア及び搬出コンベア?示す平面図、第5図は第y図v−
v線断面図、第g図は位置決の4a11ψの平面図、第
2図はその正面図、第2図は側面図、第7図は高さ調整
機構の平面図、第70図はその縦(析111す曲回であ
るIll  −−1ffla7fla 、 121  
・ ” 下m m m 機、 (3) ・・ユニット式
立体自動倉庫、(4115J @m搬入コンベア、18
1F71・@搬出コンベア、+81@・位置決め機1偉
、州・寺り7ター、Oη唾・e7リーコンベア、(ン(
I CIIJ・・送すローラコンベア、(11811+
10位置決め板、霞・・上金型、ハ・・下金型。
Figure 1 shows the overall configuration of the tray-shaped paternity exchange device related to tree j@su J? 2 is a side view of the unit-type three-dimensional automatic warehouse, FIG. 3 is a front view thereof, and FIG. The plan view shown in FIG.
sectional view on the v line, Figure g is a plan view of the positioning 4a11ψ, Figure 2 is its front view, Figure 2 is a side view, Figure 7 is a plan view of the height adjustment mechanism, and Figure 70 is its vertical view. (Analysis 111 times Ill--1ffla7fla, 121
・ ” Lower m m m machine, (3) ...Unit-type multi-level automatic warehouse, (4115J @m loading conveyor, 18
1F71・@Unloading conveyor, +81@・Positioning machine 1, State・Terri 7 ter, Oη spit・e7 Lee conveyor, (n(
I CIIJ... Roller conveyor, (11811+
10 Positioning plate, Kasumi: Upper mold, C: Lower mold.

Claims (1)

【特許請求の範囲】[Claims] fl)  異なる形状の金型全多数収容し7C倉庫から
特定の企をを選択的に取出し、J&型機側搬入コシペア
へ供給して造型機へ供給すると共に造型機から収出され
た金型全搬出コシベアから倉庫へ戻丁工うになした金型
交換装置に於いて、造型機に対する金型の正規位1fi
k股ボするための位置決め手段が造型機側威入コシペア
の途中に設置されていることt侍敵とする金型交換装置
fl) Selectively take out a specific mold from the 7C warehouse, which stores a large number of molds of different shapes, and supply it to the J& mold machine side carry-in cosipair and supply it to the molding machine, as well as all the molds retrieved from the molding machine. In the mold changing device that was used to return the mold from the unloaded Koshibear to the warehouse, the normal position of the mold relative to the molding machine was
The positioning means for changing the crotch is installed in the middle of the molding machine's insertion point.
JP12858682A 1982-07-22 1982-07-22 Exchanger for metal mold Granted JPS5919052A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP12858682A JPS5919052A (en) 1982-07-22 1982-07-22 Exchanger for metal mold

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP12858682A JPS5919052A (en) 1982-07-22 1982-07-22 Exchanger for metal mold

Publications (2)

Publication Number Publication Date
JPS5919052A true JPS5919052A (en) 1984-01-31
JPH0246296B2 JPH0246296B2 (en) 1990-10-15

Family

ID=14988411

Family Applications (1)

Application Number Title Priority Date Filing Date
JP12858682A Granted JPS5919052A (en) 1982-07-22 1982-07-22 Exchanger for metal mold

Country Status (1)

Country Link
JP (1) JPS5919052A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103611891A (en) * 2013-11-26 2014-03-05 浙江省机电设计研究院有限公司 Sand lining molding machines suitable for tandem arrangement and arrangement method

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5633151A (en) * 1979-08-27 1981-04-03 Sintokogio Ltd Metal mould replacer for casting mould making machine

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5633151A (en) * 1979-08-27 1981-04-03 Sintokogio Ltd Metal mould replacer for casting mould making machine

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103611891A (en) * 2013-11-26 2014-03-05 浙江省机电设计研究院有限公司 Sand lining molding machines suitable for tandem arrangement and arrangement method

Also Published As

Publication number Publication date
JPH0246296B2 (en) 1990-10-15

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