JPS5933069A - Transport device for molten metal - Google Patents

Transport device for molten metal

Info

Publication number
JPS5933069A
JPS5933069A JP14228282A JP14228282A JPS5933069A JP S5933069 A JPS5933069 A JP S5933069A JP 14228282 A JP14228282 A JP 14228282A JP 14228282 A JP14228282 A JP 14228282A JP S5933069 A JPS5933069 A JP S5933069A
Authority
JP
Japan
Prior art keywords
ladle
molten metal
furnace
transportation
casting
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
JP14228282A
Other languages
Japanese (ja)
Other versions
JPH0232069B2 (en
Inventor
Minoru Kato
実 加藤
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.)
Toto Ltd
Original Assignee
Toto Ltd
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 Toto Ltd filed Critical Toto Ltd
Priority to JP14228282A priority Critical patent/JPH0232069B2/en
Publication of JPS5933069A publication Critical patent/JPS5933069A/en
Publication of JPH0232069B2 publication Critical patent/JPH0232069B2/en
Anticipated expiration legal-status Critical
Expired - Lifetime 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
    • B22D41/00Casting melt-holding vessels, e.g. ladles, tundishes, cups or the like

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Casting Support Devices, Ladles, And Melt Control Thereby (AREA)

Abstract

PURPOSE:To improve productivity and the safety of operations, by using traveling rails, a carriage, a lifting device, etc. in automating the transportation of molten metal from a supply position for the molten metal up to a casting position and the supply thereof into a ladle for casting. CONSTITUTION:A carriage E is stopped in the position facing to an induction electric furnace A and a slide frame G is run to the furnace A side where a lifting device is lowered to position a ladle for transportation so as to face to the charging port 26 of the furnace A, then the furnace A is tilted to transfer a specified amt. of the molten metal into the ladle for transportation. A lifting device I is operated to move the ladle upward. A traveling device F for a carriage is then operated to run the carriage E along traveling rails C to move the ladle for transportation to the position where it faces to a ladle B for casting. In succession, a traveling device H for a slide frame is operated to attract the sliding frame G toward the rail C side and to move the same up to the position where it faces to the ladle B. A tilting device is operated to tilt the ladle for transporting and to transfer the molten metal into the ladle B. The molten metal is cast into a casting mold in that position.

Description

【発明の詳細な説明】 本発明は溶槽等を鋳造するに際し、溶湯を炉から鋳込み
場所迄運搬する装置に関する。
DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an apparatus for transporting molten metal from a furnace to a casting location when casting a molten tank or the like.

従来、浴槽岬、比較的大型の鋳物製品の鋳造にあたって
、炉から鋳込み取鍋への溶湯の運搬は溶湯を入れた運搬
取鍋を作業員が押したシ、引いたり又はクレーンにて取
鍋まで運びこれを人為的に傾もけて取鍋に移し変えてい
るととが多いが、ζめ作業は非常に高熱作業であシ、生
産性が悪く多くの労力と時間を必要とするばかシでなく
、非常に危険な作業でもある。
Traditionally, when casting relatively large casting products, molten metal was transported from the furnace to the casting ladle by having workers push or pull the transport ladle containing the molten metal, or by using a crane to transport the molten metal to the ladle. In many cases, the material is transported and transferred to a ladle by tilting it artificially, but this work involves extremely high heat and is a foolish process that is unproductive and requires a lot of labor and time. It is also extremely dangerous work.

そこで、溶湯の運搬を機械で行な卦うとじても、鋳造設
備を設置する工場の敷地スペースの関係王、あるいは他
の機械類の配置との関係による装置のレイアウト上、溶
湯供給位置から鋳込み位−まセの溶湯運搬装置を一直線
状一般けることができず、しかも溶湯の供給位置と鋳込
み位置の間に高度差が生じてしまう場合がしばしば生じ
ることがアシ、装置の構造が非常に複雑になったル、特
殊さ装置を必要とじでコストが非常に高くガったシする
という問題がち石。
Therefore, even if the molten metal is transported by machine, due to the space constraints of the factory where the casting equipment is installed, or the layout of the equipment in relation to the arrangement of other machinery, it is difficult to transport the molten metal from the molten metal supply position. The molten metal conveying device cannot be moved in a straight line, and there is often a height difference between the molten metal supply position and the casting position, and the structure of the device is extremely complicated. However, the problem with this method is that it requires specialized equipment and is very expensive and expensive.

本発明は斯る現況に鑑みて発明されたもので、溶湯供給
位置から峻込、み移置までの溶−〇運轡を自動化し、し
かも溶湯供給位置から鋳込み位置までの溶湯運搬経路が
一直線状に設けられない場合や、溶湯の供給位置仁紡込
み位置の間に高度差が生じてしまうよう4条件9場合に
おいても、格別特殊な装置を使用せずに溶湯を運搬する
ことができる比較的構造が簡単で、コストも安価な装置
を提供することを目的とするものである。
The present invention was invented in view of the current situation, and it automates the transport of the molten metal from the molten metal supply position to pouring and transfer, and moreover, the molten metal transport route from the molten metal supply position to the casting position is in a straight line. Even in cases where the molten metal is not installed in the same position or where there is a height difference between the molten metal supply position and the spinning position, the molten metal can be transported without using any special equipment. The purpose is to provide a device with a simple structure and low cost.

以下、図示実施例に基づいて本発明の詳細な説明する。Hereinafter, the present invention will be described in detail based on illustrated embodiments.

図中(A)は溶解炉から取り出された溶湯を常時最適温
度に維持しておく誘導電気炉、(B)は鋳型に溶湯を紡
込む鋳込み用取鍋であシ、前者(4)は子場の床等低い
位置に傾動自在に設置され、後者(中)は前者(A)か
ら取)出した溶湯を運搬する経路を何等かの理由によシ
前者(ト)と後者(φ)を結ぶ直線上に設けることが出
来ない場所に、しか本鋳型上面の鋳込み口から溶湯を鋳
込す必要上、台車停に載せられて紡込み位置に送シ込ま
れてくる鋳型の上方、即ち前者(率)の位置に比べて高
い位置に設置されている。
In the figure, (A) is an induction electric furnace that constantly maintains the molten metal taken out from the melting furnace at the optimum temperature, (B) is a casting ladle that spins the molten metal into the mold, and the former (4) is a It is installed at a low position such as the floor of the factory so that it can be tilted freely, and the latter (middle) is connected to the former (g) and the latter (φ) for some reason by changing the route for transporting the molten metal taken out from the former (A). Because it is necessary to pour the molten metal from the pouring port on the top of the main mold, it is necessary to cast the molten metal only in a place where it cannot be placed on a straight line. It is installed at a higher position than the (rate) position.

(c)は走行レールで、支柱(1)及び梁(2)によシ
枠組みされた枠台0))の、長さ方向に延びる平行外2
本め梁(2)の下面に夫々取付けら昇て誘導初気炉(偽
)と鋳込み用取鍋(B)を結ぶ直線を斜辺とする不等遅
々直角三角形の長辺側の一辺に相当する位置上に平行(
架慇されている。
(c) is a running rail, which is a frame frame 0)) which is framed by pillars (1) and beams (2), and is parallel to the two extending in the length direction.
Corresponds to one long side of an unequal right-angled triangle whose hypotenuse is the straight line that is attached to the bottom of the main beam (2) and connects the induction first air furnace (false) and the casting ladle (B). parallel to the position (
It is framed.

この走行レール(0)は工型鋼よ勺なシ.下部水平部(
3)の下面には後述する台車体)のビニオン(4)と噛
合うラック(5)が長さ方向の全長に渉って設けられて
いる。
This traveling rail (0) is much stronger than engineering mold steel. Lower horizontal part (
A rack (5) that engages with a pinion (4) of a truck body (to be described later) is provided on the lower surface of the truck (3), extending over the entire length thereof.

台車(ト)は上面に走行車輪(d)、モータ」(7)及
び回転軸(13)?備えており、上記走行車@(6)は
台車(B)の上面の四隅部に夫々2個づつ設けられてお
シ、各一対の車輪(6)は若干の間隙を有して相対向し
て設けられ、レール(0)を挾んでレール(0)側面の
四部(9)に係合している。
The trolley (g) has running wheels (d), a motor (7) and a rotating shaft (13) on its top surface. Two of the above-mentioned traveling vehicles (6) are provided at each of the four corners of the upper surface of the bogie (B), and each pair of wheels (6) face each other with a slight gap between them. The rail (0) is sandwiched between the rail (0) and the four parts (9) on the side surface of the rail (0) are engaged with the rail (0).

従って台車(ト)は走行車輪(6)を介してレール(0
)下方に吊持される。
Therefore, the trolley (G) is moved to the rail (0) via the running wheels (6).
) Suspended downward.

尚、上記走行車輪(6)は台車(至)上面に起設した取
付板(転)の上部に回転自在に取シつけられ、走行レー
ル(0)下面と台車(E)上面と0間に所要の間隔を設
けている。
The running wheels (6) are rotatably mounted on the upper part of a mounting plate (roller) installed on the upper surface of the trolley (to), and are mounted between the lower surface of the running rail (0), the upper surface of the trolley (E), and 0. The required spacing is provided.

回転軸(8)は軸受(ハ)に回転自在に軸承されて走行
レール(0)の斉さ方向に対して直交するように延びて
おシ、中間部にはスズロケット、(ロ)が設けられ、両
端部近くには夫々ビニオン(4)が設けられている。
The rotating shaft (8) is rotatably supported by a bearing (c) and extends perpendicularly to the parallel direction of the traveling rail (0), and a tin rocket (b) is provided in the middle part. and binions (4) are provided near both ends.

そして上記スズロケット(2)はモーター(7)に設け
たスプロケット(至)とp−ラーチェン(14)掛けに
ょシ連絡シ、ビニオン(4)祉走行レール(()のラッ
ク(6)ト噴合っている。
The tin rocket (2) is connected to the sprocket (to) installed on the motor (7), the p-ler chain (14) is connected to the rack (6) of the binion (4) and the welfare travel rail (()). ing.

従ってビニオン(4)、ラック(5)、予−ター(η)
、回転軸(8)、スズロケット(12)轡、ローラーチ
ェーン(14)によシ台車用装行装f(7)が構成され
、この台車(D)はモーター(7)の駆動によ)走行レ
ール(0)に沿って走向することができる。。
Therefore, the binion (4), the rack (5), and the preter (η)
, a rotating shaft (8), a tin rocket (12) wheel, and a roller chain (14) constitute a bogie loading device f (7), and this bogie (D) is driven by a motor (7)). It can strike along the rail (0). .

また台車(C)は下面側に走行レール(0)と直交する
方向に延びて走行レール(0)側面よシ誘導炉(ト)側
に突出する1対のガイドレール(12)を有している。
In addition, the bogie (C) has a pair of guide rails (12) on the lower side that extend in a direction perpendicular to the running rail (0) and protrude from the side of the running rail (0) toward the induction furnace (G). There is.

ガイドレール(に)は相互に平行に設けられておシ、各
々の上下面部には夫々対向面側に突出する相互にガイド
レール(に)の高さ寸法と大略尚じ幅寸縁の間隙(11
)を有する上下1対のメツイト枠蚕は口2ラー(1ロ)
が左右相対向して複数組設けちれている。
The guide rails are provided parallel to each other, and each of the upper and lower surfaces has a gap (with a width that is approximately the same as the height of the guide rail) that protrudes toward the opposing surface. 11
) with a pair of upper and lower methuite frame silkworms has a mouth of 2 ra (1 ro)
A plurality of sets are provided facing each other left and right.

またガイしレール(15)は上前側にモーター(18)
を、下面価には上記モ」ダ」(に)のスプロケットくl
9)よpニラーチエーン(に)掛けされたスプロケット
(ハ)F有す為回帳軸勾帖夫々備えでおシ、上記回転軸
(に)は、軸受(ハ)に軸承されてガイドレール(15
)に渉っ−可転自在に架−され、羊め中途部には彼達す
るスライド枠(0)めラレダ(24)と噛合うビニオン
(ハ)が設けられている。
Also, the guide rail (15) has a motor (18) on the top front side.
The bottom price is the sprocket of the above model.
9) Since it has a sprocket (C) F hung on the horizontal chain (C), each of the rotation shafts (C) is equipped with a guide rail (15).
), and a pinion (C) that engages with the slide frame (0) and the rear slider (24) is provided at the middle part of the slide frame (0).

ステイド枠(G)は工型鋼等の枠材で横−が走行台車C
D)のガイドレール(至)間の幌より僅かに小さな平直
円筒形め乎らな枠体に組立そられておシ、左右両側端郁
をガイドレール(12)の両側に突出された上下1対め
スライド棒受は口−ラー(1ロ)間に形成セ五九間麺(
10)に摺動自在に捧久して走行台車OE)のガイドレ
ール(に)間に進退可能に保持され為。
The stay frame (G) is made of engineering steel, etc., and the horizontal side is the running bogie C.
It is assembled on a flat, straight cylindrical frame slightly smaller than the canopy between the guide rails (D), and the left and right ends are attached to the top and bottom that protrude on both sides of the guide rail (12). The first pair of slide rod holders are formed between the mouth and the ra (1ro).
10), and is held so that it can move forward and backward between the guide rails of the traveling bogie (OE).

モし身、このスケイト枠(G)の下面所要個所には枠(
d)め長さ方向にラッ衣(24)力形成されそおり、於
ラッ多(24)及走石台車(i)*設けられた回転軸(
22)のビニオ7(ハ)と噛合う。
As a matter of fact, there are frames (
d) A force is formed in the length direction of the rack (24), and the rotating shaft (i)
It meshes with Binio 7 (c) of 22).

噛うて、モーター(21)、スプロケット(19)(2
0)、ローラーチェージ(21)、回範軸(22)、ラ
ック(24)’ビニオシ(25)はスライド枠装打装置
(6)を構成し、スライド枠(G)はモーター(18)
の駆動により台車(m)のガイドレール(15)に沿っ
て進退走行する。     尚、スライド枠(G)は最
も前進させ庭とき、キの先端部が誘導炉(C)の注ぎ口
(26)の前端直上に位置するように構成される。
Motor (21), sprocket (19) (2)
0), roller change (21), rotation axis (22), rack (24), biniosi (25) constitute the slide frame mounting device (6), and the slide frame (G) is equipped with a motor (18).
The carriage (m) moves forward and backward along the guide rail (15) by the drive of the carriage (m). The slide frame (G) is configured such that when it is moved forward most, the tip of the slide frame is located directly above the front end of the spout (26) of the induction furnace (C).

まだ、スライド枠(G)は前部上面にモーター(2イ)
、このモーター(2支)のスプロケット(2ハ)にロー
ラーチェーン(ハ)掛けされて連絡する回転ドラ!値及
び上端にワイヤロープ固定具(ロ)を有する支柱(2)
を備え、前部下面には昇降ガイド棒軸を垂設すると共に
、上記昇降ガイド枠(至)内にはその内面に摺動して昇
降する昇降枠(ロ)が配備される。
The slide frame (G) still has a motor (2A) on the front top.
, a rotating drive connected by a roller chain (c) hooked up to the sprocket (2c) of this motor (2 branches)! Posts (2) with wire rope fixings (b) at the top and top ends
An elevating guide rod shaft is provided vertically on the lower front surface, and an elevating frame (b) that slides on the inner surface of the elevating guide frame (b) to move up and down is provided within the elevating guide frame (to).

昇降枠(24)は上端に突出せしめて滑車輪を備えてお
シ、骸滑車−には回転ドラム(30)に巻回するワイヤ
ーロープ(36)が掛けられる。
The lifting frame (24) has a pulley wheel projecting from the upper end, and a wire rope (36) wound around the rotating drum (30) is hung on the pulley wheel.

1記ワイヤーロープ(36)は回転ドラム品かう繰り出
され滑車(至)に下から掛けられて♀方に延がワイヤー
ロージ固定具(36)に結着され七の途沖に重量検出器
(47)が設けられる。
1. The wire rope (36) is let out from the rotating drum, hung from below on the pulley (to), and the wire rope (36) is tied to the wire rope fixing device (36) in the ♀ direction, and then attached to the weight detector (47) at the bottom. ) is provided.

従って、モーター(27)、スプロケット(26)、ロ
ーラーチエーン(29)、血転トラム(30)、ワイヤ
ーローブ画定具(31)、昇降ガイド枠(33)、昇降
枠(34)、#車(36)、しイヤニローシ(36)は
昇降装置(i)を構赦し昇降棒(34)はモニター(2
イ)に駆動される1転ドラ文(36)の向!笈θ反転に
褌うワイヤーシニプ(36)め顧シ出し或いは巻門戻し
kよシ昇降ガ4)L棒(ロ)k病っそ昇簡する。
Therefore, the motor (27), sprocket (26), roller chain (29), blood circulation tram (30), wire lobe delimiter (31), lifting guide frame (33), lifting frame (34), #car (36) ), Shiiyani Roshi (36) is not using the lifting device (i), and the lifting rod (34) is not connected to the monitor (2).
The direction of the 1-turn dora sentence (36) driven by A)! Wire shinip (36) that goes up and down in the direction of the θ reversal (36).

この際、昇降枠(ロ)の振れをM止し、昇錦を鉛諒状に
ガイドするため、昇降枠(36)の昇降ガイド枠(至)
に摺接す暮側面には長さ方向に努イドレール(36)が
設け4れており、昇降ガイド枠(33)には上記ガイド
レール(3ロ)に係合するガイドローラー(32)がm
けられている。
At this time, in order to stop the swing of the lifting frame (B) and guide the lifting brocade in a plumb line, the lifting guide frame (to) of the lifting frame (36) is
A guide rail (36) is provided in the length direction on the bottom side that slides into contact with the guide frame (33), and a guide roller (32) that engages with the guide rail (3) is provided on the elevating guide frame (33).
I'm being kicked.

また昇降枠(34)は下−部に運搬用板鍋(ケ)を、そ
の注ぎ口(2)を走行レール(0)側に向けて回転自在
に軸着すると共に上記取鍋(−)よシ若干上方に社走行
レール(G)@に水平に延びるアー五(40)を有して
おシ、誼アーム(40)にはモーター(36)及びiの
モーター(41)のスブ讐ケット(43)を介してロー
ラーチェ+ン(44)掛けによシ連動する回転ドラム(
45)が慇けられてい尿。
In addition, the lifting frame (34) has a transporting plate ladle (ke) rotatably pivoted on its lower part with its spout (2) facing the running rail (0) side, and the ladle (-). The arm (40) has an arm (40) slightly above the running rail (G) that extends horizontally, and the arm (40) has a motor (36) and a socket (41) for the motor (41). The rotating drum (43) is linked to the roller chain (44).
45) is being treated with respect.

上記、回転ドラム(45)には取鍋傾協用、ローラーチ
ェーン(46)が巻回されておシ、該チェーン(36)
の一端が運搬用取鍋(J)の抜部に結着されていネ。
A roller chain (46) for tilting the ladle is wound around the rotating drum (45), and the chain (36)
One end is tied to the cutout of the transport ladle (J).

これらモーター(41)、スブ四ケット(42)、ロー
ラーチェーン(44)1回転ドラム(45)、p−ラー
Wエージ(46)は傾動装置(K)を構成し運搬用取鍋
(J)はモーター(41)によシ駆動される回転ドラ−
の回転に伴う輛動用ローラーチェーン(46)の巻き込
みにより走行レール(G)側に傾動し、繰シ出しによル
元や位置に拠る。
These motor (41), sub 4-ket (42), roller chain (44), one-rotation drum (45), and p-lar W-age (46) constitute a tilting device (K), and the transport ladle (J) Rotary driver driven by motor (41)
As the moving roller chain (46) is rotated, it is tilted toward the traveling rail (G) side, and the rail base and position are adjusted as it is fed out.

尚上記運搬用取鍋(J)は−ライド枠(36)斬前進さ
せ、昇降枠(ロ)を下降させた状態で注ぎ口(36)慇
対向する側が誘導電気炉(体)の注ぎ口(26)に臨む
位置まで乍降する。
The transport ladle (J) is moved forward with the ride frame (36), and with the elevating frame (B) lowered, the side facing the pouring spout (36) of the induction electric furnace (body) Descend to a position facing 26).

而して、斯る溶湯運搬装置は、第2図乃至第5図に示す
様に、台車(ト)を誘導電気炉(に)に対向する位置に
止め、スライド枠(G)を炉(A)側へ走行させて昇降
枠(3ロ)を下げ、運搬角取M<J>を炉(A)の注ぎ
口(2ハ)に対応せしめた状態で、炉(A)を傾動せし
めて炉0)内の溶湯を運搬角取鍋(J)に一定量移し変
える。
As shown in FIGS. 2 to 5, such a molten metal transporting device is constructed by stopping the cart (G) at a position facing the induction electric furnace (A) and moving the slide frame (G) toward the furnace (A). ) side to lower the lifting frame (3C), and with the transportation corner M<J> corresponding to the spout (2C) of the furnace (A), tilt the furnace (A) and lower the elevator frame (3C). Transfer a certain amount of the molten metal in 0) to the transportation square ladle (J).

備えた重量検出器(47)により行なわれる。(第2図
)次に昇降装置(”)を作動させて運搬用取鍋(J)を
上昇させる。(第9図) 続いて台車用走行装置(F)全作動させで、台車(0)
を走行レール(0)に沿って走行率せ運搬用板鍋(J)
が鋳込み月収鍋(B)に対応する位置まで移動させる。
This is carried out by a weight detector (47) provided. (Fig. 2) Next, operate the lifting device ('') to raise the transportation ladle (J). (Fig. 9) Next, fully operate the trolley traveling device (F) to raise the transport ladle (J).
The transport plate pan (J) runs along the traveling rail (0).
is moved to the position corresponding to the casting pot (B).

続いてスライド枠装折装置(H)を作動させてスライド
枠(G)を走行レール(0>側に引き寄席て鋳込み月収
#(8)に対応する位置まで移動させる。(第4図)然
る後−動装置峨作動させて門搬用取鍋(1)を傾動させ
、運搬角取鍋、r)内の溶湯を幼込み用取鍋(0)に移
し変える。(第5図) そして、鋳込み用取鍋(B)に移された溶湯はその場所
で鋳型内に鋳込まれる。
Next, the slide frame folding device (H) is operated to pull the slide frame (G) toward the traveling rail (0> side) and move it to the position corresponding to monthly casting income # (8). (Figure 4) The rear moving device is operated to tilt the gate carrying ladle (1) and transfer the molten metal in the carrying square ladle, r) to the charging ladle (0). (Fig. 5) Then, the molten metal transferred to the casting ladle (B) is poured into the mold at that location.

とれら一連の作動は状況禾みながらリモートコン)o−
ル装置等によシその都箒操作しても良いし、センサーと
適当な電気回路の組み合わせによシ自動的に制御しても
キス。
This series of operations was carried out by remote control under certain circumstances) o-
You can operate the broom using a device, or you can control it automatically using a combination of a sensor and an appropriate electric circuit.

本発明は以上の様に!臀したので、溶湯供給位置から鋳
込み位置までの溶湯の泄搬及び鋳込±男取鍋への溶湯の
供給を自動化することができ、生産性の向上及び作業?
安全性の向上を計ることができる。
The present invention is as described above! As a result, it is possible to automate the transport of molten metal from the molten metal supply position to the casting position and the supply of molten metal to the casting ladle, improving productivity and improving work efficiency.
It is possible to measure improvements in safety.

また、溶湯供給位置から紡込み位置までの溶湯運搬経路
を一直線上に作ることができなか?たシ、溶湯供給位置
と鋳込み位置との開に高度差があるような平場にも設置
が可能で、簡Xかつ確実(溶湯を運!することができる
Also, is it possible to create a molten metal transport route in a straight line from the molten metal supply position to the spinning position? Moreover, it can be installed even on flat ground where there is a difference in altitude between the molten metal supply position and the casting position, and it is possible to transport the molten metal easily and reliably.

比較的簡単な構造で、格別特件な装置、機械や、格別高
価な機竺を使用しないので安価であ)、珠作や保守、点
検にも高度な技術を必要としない。
It has a relatively simple structure and is inexpensive because it does not use special equipment, machinery, or particularly expensive machinery), and does not require advanced technology for production, maintenance, and inspection.

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

図面は本発明溶湯運搬装置の実施態様を示し、第1図は
模式的に表わした平面図で1部切欠して示しである。第
2図力率第6図ゆ側面図で作動状態を順番に俤って夾し
cある。第6図は拡大平面図アー岬してしである・第7
些は第6図の■−■線拡大断面図、M8図社第6図の■
−■線拡犬断回図する。第9図は運搬用取鍋の昇降装置
及び傾動装置部分の拡大側面図である。 (A)・・・誘導電気炉 (A)・・・鋳込み用取鍋 (A)・・・走行レール (A)・・・台 車 (A)・・・台車用走豆装置 (A)・・・スライド枠 (A)・・・スライド枠走行装置 (A)・・・運搬用取鍋 (A)・・・昇装装置 (A)・・・傾動装置
The drawings show an embodiment of the molten metal conveying device of the present invention, and FIG. 1 is a schematic plan view with a portion cut away. Figure 2: Power factor Figure 6: A side view showing the operating conditions in order. Figure 6 is an enlarged plan view of Cape A.
The details are the enlarged cross-sectional view of the line ■-■ in Figure 6, and ■ in Figure 6 of M8 Zusha.
− ■ Line enlarged dog cut diagram. FIG. 9 is an enlarged side view of the lifting device and tilting device of the transport ladle. (A)...Induction electric furnace (A)...Pouring ladle (A)...Travel rail (A)...Bogie (A)...Bogie running device (A)... ...Slide frame (A) ...Slide frame traveling device (A) ...Transportation ladle (A) ...Elevating device (A) ...Tilt device

Claims (1)

【特許請求の範囲】[Claims] 溶解炉から取シ州した溶湯を適温に維持するための誘導
電気炉と、この誘導電気炉から離れた位置において該炉
と高低差を有して設置される鋳込み月数#と、平面から
見て誘導電想炉と鋳込み用取鍋とt結ぶ直線を斜辺とす
る不等辺な直角三角形の長辺に相当する位置に架設され
牟走行レールと、走行し−次に走行自在に取付けられた
台車と、台車を走行せしめる台車用走行装置と、台車に
その歩行方向に対して置き方向に走行可能に取付けられ
たスライド枠と、スライド枠を走行せしめるスライド枠
走行装置と、スライド枠の先端部に昇降自在かつ傾動自
在に垂設した運搬用取鍋と、運搬用取鍋を昇降せしめる
昇降装置と、運搬用取鍋を傾動せしめる傾動装置とから
なる溶湯運搬装置。
An induction electric furnace for maintaining the molten metal removed from the melting furnace at an appropriate temperature, a casting number # installed at a location away from the induction electric furnace with a height difference from the furnace, and A rectangular running rail is installed at a position corresponding to the long side of a scalene right triangle whose hypotenuse is a straight line connecting the induction furnace and the casting ladle. a trolley traveling device for causing the trolley to travel; a slide frame attached to the trolley so that it can run in the placing direction with respect to the walking direction; a slide frame traveling device for driving the slide frame; A molten metal transportation device comprising a transportation ladle vertically installed to be vertically movable and tiltable, a lifting device for raising and lowering the transportation ladle, and a tilting device for tilting the transportation ladle.
JP14228282A 1982-08-16 1982-08-16 YOTONPANSOCHI Expired - Lifetime JPH0232069B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP14228282A JPH0232069B2 (en) 1982-08-16 1982-08-16 YOTONPANSOCHI

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP14228282A JPH0232069B2 (en) 1982-08-16 1982-08-16 YOTONPANSOCHI

Publications (2)

Publication Number Publication Date
JPS5933069A true JPS5933069A (en) 1984-02-22
JPH0232069B2 JPH0232069B2 (en) 1990-07-18

Family

ID=15311737

Family Applications (1)

Application Number Title Priority Date Filing Date
JP14228282A Expired - Lifetime JPH0232069B2 (en) 1982-08-16 1982-08-16 YOTONPANSOCHI

Country Status (1)

Country Link
JP (1) JPH0232069B2 (en)

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100590418B1 (en) 2004-08-09 2006-06-21 한국고벨주식회사 Automatic mold casting device and its method
KR100641649B1 (en) * 2004-08-31 2006-11-08 주식회사 진성티이씨 Melt pouring apparatus for automatic production of floating seal
KR100875285B1 (en) 2007-04-11 2008-12-23 동양피스톤 주식회사 Piston manufacturing equipment
CN103111611A (en) * 2012-12-14 2013-05-22 杭州富生电器股份有限公司 Fluid feeding machine for casting motor rotor
CN103252481A (en) * 2013-04-23 2013-08-21 浙江工业大学 Quantitative measuring device
CN114951585A (en) * 2022-06-13 2022-08-30 圣戈班管道***有限公司 Bidirectional ladle turning device of ball-milling cast iron pipe casting crane

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100590418B1 (en) 2004-08-09 2006-06-21 한국고벨주식회사 Automatic mold casting device and its method
KR100641649B1 (en) * 2004-08-31 2006-11-08 주식회사 진성티이씨 Melt pouring apparatus for automatic production of floating seal
KR100875285B1 (en) 2007-04-11 2008-12-23 동양피스톤 주식회사 Piston manufacturing equipment
CN103111611A (en) * 2012-12-14 2013-05-22 杭州富生电器股份有限公司 Fluid feeding machine for casting motor rotor
CN103252481A (en) * 2013-04-23 2013-08-21 浙江工业大学 Quantitative measuring device
CN114951585A (en) * 2022-06-13 2022-08-30 圣戈班管道***有限公司 Bidirectional ladle turning device of ball-milling cast iron pipe casting crane

Also Published As

Publication number Publication date
JPH0232069B2 (en) 1990-07-18

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