JPH05318037A - Shearing plant device in continuous casting - Google Patents
Shearing plant device in continuous castingInfo
- Publication number
- JPH05318037A JPH05318037A JP14877192A JP14877192A JPH05318037A JP H05318037 A JPH05318037 A JP H05318037A JP 14877192 A JP14877192 A JP 14877192A JP 14877192 A JP14877192 A JP 14877192A JP H05318037 A JPH05318037 A JP H05318037A
- Authority
- JP
- Japan
- Prior art keywords
- ingot
- casting
- cutting
- galvanizing
- molten metal
- 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.)
- Withdrawn
Links
- 238000009749 continuous casting Methods 0.000 title claims description 16
- 238000010008 shearing Methods 0.000 title abstract 3
- 229910052751 metal Inorganic materials 0.000 claims abstract description 63
- 239000002184 metal Substances 0.000 claims abstract description 63
- 238000005520 cutting process Methods 0.000 claims abstract description 46
- 238000005246 galvanizing Methods 0.000 claims abstract description 24
- 238000005266 casting Methods 0.000 claims description 47
- HCHKCACWOHOZIP-UHFFFAOYSA-N Zinc Chemical compound [Zn] HCHKCACWOHOZIP-UHFFFAOYSA-N 0.000 claims description 12
- 238000005086 pumping Methods 0.000 claims description 4
- 229910001297 Zn alloy Inorganic materials 0.000 claims 1
- 238000004519 manufacturing process Methods 0.000 abstract 1
- 239000002699 waste material Substances 0.000 abstract 1
- 238000007747 plating Methods 0.000 description 7
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 7
- QAOWNCQODCNURD-UHFFFAOYSA-N Sulfuric acid Chemical compound OS(O)(=O)=O QAOWNCQODCNURD-UHFFFAOYSA-N 0.000 description 4
- 239000000956 alloy Substances 0.000 description 4
- 229910045601 alloy Inorganic materials 0.000 description 4
- 229910052725 zinc Inorganic materials 0.000 description 4
- 239000011701 zinc Substances 0.000 description 4
- 150000003752 zinc compounds Chemical class 0.000 description 4
- 238000001816 cooling Methods 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 238000005192 partition Methods 0.000 description 2
- 238000002788 crimping Methods 0.000 description 1
- 230000002093 peripheral effect Effects 0.000 description 1
- 238000010079 rubber tapping Methods 0.000 description 1
- 239000000725 suspension Substances 0.000 description 1
Landscapes
- Continuous Casting (AREA)
Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明は、連続鋳造裁断プラント
装置に関するものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a continuous casting cutting plant device.
【０００２】[0002]
【従来技術】従来公知の特開昭５１−１２６５９２号公
報、特開昭４９−１３０３２３号公報、特開平３−３７
８２０号公報等にそれぞれ部分的装置が記載されている
ように、従来亜鉛調合合金の溶湯の保持炉と、該保持炉
内の溶湯を汲上げるポンプ装置と、該ポンプ装置により
汲上げた溶湯を移送する鋳込樋と、該鋳込樋より溶湯の
供給を受ける外周に凹溝を形成した鋳造輪およびその外
周の一部に圧着して鋳型を形成する金属無端ベルトとか
らなる回転鋳造装置と、前記回転鋳造装置により鋳造さ
れた彎曲している金属帯体を直線状に矯正する矯正装置
と、該矯正装置を通過した金属帯体を一定長さに裁断し
て亜鉛インゴット原形を得る裁断装置と、前記亜鉛イン
ゴット原形の周囲のバリを取除いて亜鉛メッキ用インゴ
ットとする仕上切削装置とからなる連続鋳造裁断プラン
ト装置は公知である。2. Description of the Related Art Conventionally known JP-A-51-126592, JP-A-49-130323, and JP-A-3-37
As described in the respective partial devices in Japanese Patent Publication No. 820, etc., a holding furnace for a molten metal of a conventional zinc compound alloy, a pump device for pumping the molten metal in the holding furnace, and a molten metal pumped by the pump device are disclosed. A rotary casting apparatus comprising: a casting trough to be transferred; a casting wheel having a groove formed on the outer periphery for receiving the molten metal supplied from the casting trough; and a metal endless belt for crimping a part of the outer periphery thereof to form a mold. A straightening device for straightening the curved metal strip cast by the rotary casting device, and a cutting device for cutting the metal strip passing through the straightening device to a predetermined length to obtain a zinc ingot original form And a finishing cutting device for removing burrs around the original shape of the zinc ingot to obtain a zinc plating ingot, a continuous casting cutting plant apparatus is known.
【０００３】[0003]
【発明が解決しようとする課題】公知の連続鋳造裁断プ
ラント装置には、２つの課題があった。その１は、亜鉛
メッキ業者から、インゴットの残り分が大きく、無駄が
多いという苦情である。これは、どういうことかという
と、亜鉛メッキ用のインゴットをメッキ槽の硫酸溶液内
に釣り下げて使えるだけ使うが、吊設用のフック孔より
上の部分は、どうしても使えないので捨てることにな
る。しかし、捨ててみると、いかにも無駄であって損益
が大きいという苦情である。勿論、集めておいて、再利
用するようにすることもあるが、重いので取扱いは困難
であるし、運搬費用等を考慮すると再利用にあまり益が
ない。その２は、亜鉛メッキ業者からインゴット業者
に、寸法の異なるインゴットの注文があったとき、公知
の連続鋳造裁断プラント装置ではこれに対応できないと
いう課題である。つまり、連続鋳造裁断プラント装置に
おける回転鋳造装置の鋳型の大きさ（幅および深さ）は
決っているから、長さの異なるインゴットは生産できて
も、幅の異なるものは出来ない。The known continuous casting and cutting plant apparatus has two problems. The first is a complaint from a galvanizing company that the amount of remaining ingot is large and wasteful. What this means is that the zinc plating ingot is used only by hanging it down in the sulfuric acid solution in the plating tank, but the part above the hook hole for hanging cannot be used, so it will be discarded. .. However, it is a complaint that it is wasteful and the profit and loss are large when thrown away. Of course, it may be collected and reused, but it is difficult to handle because it is heavy, and there is not much benefit to reuse considering transportation costs and the like. The second problem is that when a galvanizing company places an order with an ingot company for ingots of different sizes, the known continuous casting cutting plant apparatus cannot handle this. That is, since the size (width and depth) of the mold of the rotary casting apparatus in the continuous casting cutting plant apparatus is determined, ingots having different lengths can be produced but those having different widths cannot be produced.
【０００４】[0004]
【課題を解決するための手段】よって、本発明は、亜鉛
調合合金の溶湯３の保持炉１と、該保持炉１内の溶湯３
を汲上げるポンプ装置４と、該ポンプ装置４により汲上
げた溶湯３を移送する鋳込樋２と、該鋳込樋２より溶湯
３の供給を受ける外周に凹溝１５を形成した鋳造輪１４
およびその外周の一部に圧着して鋳型を形成する金属無
端ベルト１７とからなる回転鋳造装置１２と、該回転鋳
造装置１２により鋳造された彎曲している金属帯体１９
を直線状に矯正する矯正装置２０と、該矯正装置２０を
通過した金属帯体１９を一定長さに裁断して亜鉛インゴ
ット原形を得る裁断装置２４と、前記亜鉛インゴット原
形の周囲のバリ２９を取除いて亜鉛メッキ用インゴット
２５とする仕上切削装置３０とからなる連続鋳造裁断プ
ラント装置において、前記裁断装置２４は、前記金属帯
体１９を一定長さに裁断するときその長手方向の一端側
を山形に切落して山形部２６になすとともに該山形部２
６の中央にフック孔２７を形成するようにした前記の装
置、および、前記において、前記回転鋳造装置１２は、
寸法の異なるものを複数台付替え自在に配置した連続鋳
造裁断プラント装置としたものである。Therefore, according to the present invention, the holding furnace 1 for the molten metal 3 of the zinc compound alloy and the molten metal 3 in the holding furnace 1 are provided.
A pump device 4 for pumping the molten metal, a casting trough 2 for transferring the molten metal 3 pumped by the pump device 4, and a casting wheel 14 having a groove 15 formed on the outer periphery for receiving the molten metal 3 from the casting trough 2.
Also, a rotary casting device 12 including a metal endless belt 17 that is pressure-bonded to a part of its outer circumference to form a mold, and a curved metal strip 19 cast by the rotary casting device 12.
A straightening device 20 for straightening the straight line, a cutting device 24 for cutting the metal strip 19 having passed through the straightening device 20 to a predetermined length to obtain a zinc ingot original form, and a burr 29 around the zinc ingot original form. In a continuous casting cutting plant device comprising a finishing cutting device 30 which is removed to form a galvanizing ingot 25, the cutting device 24 cuts one end side in the longitudinal direction when cutting the metal strip 19 into a certain length. The chevron is cut off to form a chevron 26 and the chevron 2
6, the above-mentioned device, which is adapted to form the hook hole 27 in the center, and the above-mentioned rotary casting device 12,
This is a continuous casting cutting plant device in which a plurality of units having different dimensions are arranged so that they can be freely replaced.
【０００５】[0005]
【実施例】本発明の一実施例を図面により説明すると、
１は亜鉛調合合金の保持炉、２は保持炉１の近傍に設け
た鋳込樋であり、前記保持炉１の溶湯３内にはポンプ装
置４の吸込口５を埋没させ、ポンプ装置４の吐出口６は
前記鋳込樋２の内部に臨ませる。前記鋳込樋２は長さ方
向の中央付近を支持軸７により軸止させ、該支持軸７を
中心に別途のモータ（図示なし）によりシーソーのよう
に揺動させる。８は鋳込樋２の供給口、９は保持炉１へ
の戻し口、１０は渣取用仕切板である。An embodiment of the present invention will be described with reference to the drawings.
Reference numeral 1 is a holding furnace for a zinc compound alloy, 2 is a casting gutter provided in the vicinity of the holding furnace 1, and a suction port 5 of a pump device 4 is buried in the molten metal 3 of the holding furnace 1 so that the pump device 4 The discharge port 6 faces the inside of the casting trough 2. The casting trough 2 is axially fixed by a support shaft 7 in the vicinity of the center in the length direction, and is swung like a seesaw around the support shaft 7 by a separate motor (not shown). Reference numeral 8 is a supply port for the casting trough 2, 9 is a return port for the holding furnace 1, and 10 is a partition plate for removing residue.
【０００６】鋳込樋２の供給口８の下方には給湯量制御
部１１を設け、該給湯量制御部１１を回転鋳造装置１２
のタンディッシュ１３に臨ませる。１４は外周面に凹溝
１５を形成した鋳造輪であり、横回転軸１６により低速
回転させる。１７は３つのガイドローラ１８に巻回させ
た金属無端ベルトであり、鋳造輪１４の４半周に圧着さ
せて共回させる。金属無端ベルト１７により閉塞された
凹溝１５には、前記タンディッシュ１３から溶湯３を供
給し、供給された溶湯３は冷却装置（図示なし）により
徐々に冷却凝固されて金属帯体１９として鋳造される。
図は省略されているが、前記回転鋳造装置１２の鋳造輪
１４は、その凹溝１５の寸法の異なるものを複数台用意
しておき、これらを交代自在に設けて、金属帯体１９の
幅及び厚さを変更できるようにすることがある。A hot water supply amount control unit 11 is provided below the supply port 8 of the casting trough 2, and the hot water supply amount control unit 11 is provided in the rotary casting device 12.
Face tundish 13 of. Reference numeral 14 denotes a casting wheel having a groove 15 formed on the outer peripheral surface thereof, which is rotated at a low speed by a lateral rotation shaft 16. Reference numeral 17 denotes a metal endless belt wound around three guide rollers 18, which is pressed against the four-half circumference of the casting wheel 14 to rotate together. The molten metal 3 is supplied from the tundish 13 to the concave groove 15 closed by the metal endless belt 17, and the supplied molten metal 3 is gradually cooled and solidified by a cooling device (not shown) and cast as a metal strip 19. To be done.
Although illustration is omitted, as for the casting wheel 14 of the rotary casting device 12, a plurality of casting grooves 14 having different sizes of the concave groove 15 are prepared, and these are provided alternately so that the width of the metal strip 19 can be increased. And the thickness may be changed.
【０００７】２０は回転鋳造装置１２の側方に設けた矯
正装置（プルアンドレベラー）であり、回転鋳造装置１
２により鋳造された直後の、湾曲している金属帯体１９
を直板状に矯正する。２１は上下一対のピンチローラ、
２２は千鳥状に配設した複数の矯正ローラ、２３はガイ
ドローラである。Reference numeral 20 denotes a straightening device (pull and leveler) provided on the side of the rotary casting device 12, and the rotary casting device 1
A curved metal strip 19 immediately after being cast by 2.
Straight plate. 21 is a pair of upper and lower pinch rollers,
Reference numeral 22 is a plurality of straightening rollers arranged in a zigzag pattern, and 23 is a guide roller.
【０００８】２４は矯正装置２０により矯正した金属帯
体１９を亜鉛メッキ用インゴットの規格品サイズに裁断
する裁断装置である。図３は亜鉛メッキ用インゴット２
５を示しており、短片約１０ｃｍ、長片約１００ｃｍ
で、長手方向の一端には山形部２６を形成し、山形部２
６の中心部にはフック孔２７を形成してある。前記裁断
装置２４は亜鉛メッキ用インゴット２５の形状に合せた
プレス刃２８を有し、該プレス刃２８を金属帯体１９の
進行速度に同期させてシリンダ３３により往復動させな
がら、矯正装置２０により矯正した金属帯体１９をプレ
ス刃２８により打抜いて山形部２６とフック孔２７を有
する規格品サイズに切断する。A cutting device 24 cuts the metal strip 19 straightened by the straightening device 20 into a standard size of an ingot for galvanizing. Figure 3 shows ingot 2 for galvanizing
5 shows, short piece about 10 cm, long piece about 100 cm
Then, a chevron portion 26 is formed at one end in the longitudinal direction.
A hook hole 27 is formed in the central portion of 6. The cutting device 24 has a press blade 28 matched to the shape of the galvanizing ingot 25. While the press blade 28 is reciprocated by the cylinder 33 in synchronism with the traveling speed of the metal strip 19, The straightened metal strip 19 is punched with a press blade 28 and cut into a standard product size having a chevron portion 26 and a hook hole 27.
【０００９】裁断装置２４の側方には、裁断装置２４に
より裁断した金属帯体１９の切断面のバリ２９を取除く
仕上切削装置３０を設ける。裁断装置２４と仕上切削装
置３０とは早送りコンベア３１により接続する。仕上切
削装置３０の取出側にはローラコンベア３２を設け、ロ
ーラコンベア３２には所望に応じて段積装置などの回収
装置を取付ける。On the side of the cutting device 24, a finishing cutting device 30 for removing burrs 29 on the cut surface of the metal strip 19 cut by the cutting device 24 is provided. The cutting device 24 and the finishing cutting device 30 are connected by a fast-forward conveyor 31. A roller conveyor 32 is provided on the take-out side of the finishing cutting device 30, and a collecting device such as a stacking device is attached to the roller conveyor 32 as desired.
【００１０】[0010]
（全体の動作の説明）本発明は以上の構成であり、保持
炉１には亜鉛メッキ用インゴット２５用に調合した溶湯
３を準備して、ポンプ装置４により汲上げると、モータ
により支持軸７を中心にシーソーのように上下動してい
る鋳込樋２に供給され、鋳込樋２の動きに合せて供給口
８から出湯して、給湯量制御部１１に供給される。な
お、図示はないが、供給口８には吐出管を接続し、吐出
管の先端は、給湯量制御部１１に溜っている溶湯３内に
臨ませるようにすると、渣の発生を抑えることができ
る。給湯量制御部１１に供給された溶湯３は、横回転軸
１６により低速回転している鋳造輪１４とこれに圧着し
ている金属無端ベルト１７とにより形成した鋳型内に供
給され、供給された溶湯３は冷却装置により徐々に冷却
凝固して金属帯体１９として鋳造される。(Description of Overall Operation) The present invention has the above-described configuration. When the molten metal 3 prepared for the galvanizing ingot 25 is prepared in the holding furnace 1 and is pumped up by the pump device 4, the supporting shaft 7 is driven by the motor. Is supplied to the casting trough 2 which moves up and down like a seesaw, and tapping water is supplied from the supply port 8 according to the movement of the casting trough 2, and is supplied to the hot water supply amount control unit 11. Although not shown, if a discharge pipe is connected to the supply port 8 and the tip of the discharge pipe is exposed to the molten metal 3 accumulated in the hot water supply amount control unit 11, generation of residue is suppressed. it can. The molten metal 3 supplied to the hot water supply amount control unit 11 is supplied and supplied into a mold formed by a casting wheel 14 rotating at a low speed by a horizontal rotating shaft 16 and a metal endless belt 17 pressure-bonded thereto. The molten metal 3 is gradually cooled and solidified by a cooling device and cast as a metal strip 19.
【００１１】鋳造輪１４により鋳造された直後の金属帯
体１９は、湾曲状態で送り出され、ガイドローラ２３に
より案内されて矯正装置２０に至り、上下一対のピンチ
ローラ２１により繰込まれて、千鳥状に配設した複数の
矯正ローラ２２により直板状に矯正される。直板状に矯
正した金属帯体１９は、裁断装置２４に送られ、金属帯
体１９の搬送方向に合せてシリンダ３３により往復動す
るプレス刃２８により打抜かれる。このときの裁断形状
は、図３に示した亜鉛メッキ用インゴット２５に合せた
形状で、長手方向の一端に形成した山形部２６と、山形
部２６の中心部に形成したフック孔２７を有し、短片約
１０ｃｍ、長片約１００ｃｍの大きさとなる。このよう
に裁断した金属帯体１９は、早送りコンベア３１により
仕上切削装置３０に早送りされて、ここで四周のバリ２
９が取除かれて亜鉛メッキ用インゴット２５として完成
する。亜鉛メッキ用インゴット２５はローラコンベア３
２を介して取出され段積装置などの回収装置により回収
される。このようにした製作した亜鉛メッキ用インゴッ
ト２５は、亜鉛メッキ工場に出荷され、メッキ用として
使用される。Immediately after being cast by the casting wheel 14, the metal strip 19 is sent out in a curved state, guided by the guide roller 23 to the straightening device 20, and taken up by the pair of upper and lower pinch rollers 21 to stagger. The straightening roller 22 is straightened by a plurality of straightening rollers 22. The straight strip-shaped metal strip 19 is sent to the cutting device 24 and punched by the press blade 28 that reciprocates by the cylinder 33 in accordance with the transport direction of the metal strip 19. The cutting shape at this time is a shape that matches the galvanizing ingot 25 shown in FIG. 3, and has a chevron portion 26 formed at one end in the longitudinal direction and a hook hole 27 formed in the central portion of the chevron portion 26. The short piece is about 10 cm and the long piece is about 100 cm. The metal strip 19 cut in this way is fast-forwarded to the finishing cutting device 30 by the fast-forwarding conveyor 31, where the burr 2 of four laps is cut.
9 is removed to complete a galvanizing ingot 25. The galvanizing ingot 25 is a roller conveyor 3
It is taken out via 2 and collected by a collecting device such as a stacking device. The galvanized ingot 25 thus manufactured is shipped to a galvanizing factory and used for plating.
【００１２】（本発明独自の作用）本発明は、裁断装置
２４により金属帯体１９を裁断するとき、その一端は、
山形部２６に裁断され、山形部２６の中心部に吊設用の
フック孔２７が形成されるから、フック孔２７に金具を
通して亜鉛メッキ槽内にインゴット２５を、前記フック
孔２７のすぐ傍まで浸すように吊設し、浸したところは
全て溶解させて使うと、残部は山形であるから小さく、
亜鉛メッキ業者の損益は非常に少ない。また、寸法の異
なるインゴット２５の注文があったときは、回転鋳造装
置１２の鋳造輪１４を交換して、その凹溝１５を注文の
サイズの寸法に合わせて、鋳造すれば良い。(Operation unique to the present invention) According to the present invention, when the metal strip 19 is cut by the cutting device 24, one end thereof is
Since it is cut into the chevron portion 26, and a hook hole 27 for suspension is formed in the center of the chevron portion 26, a metal fitting is passed through the hook hole 27, and the ingot 25 is placed in the galvanizing tank to the immediate vicinity of the hook hole 27. If you use it by hanging it so that it is soaked and dissolving all the soaked parts, the rest is small because it is a mountain shape,
The profits and losses of galvanizing companies are very small. Further, when an ingot 25 having a different size is ordered, the casting wheel 14 of the rotary casting device 12 may be replaced, and the concave groove 15 may be cast in accordance with the size of the ordered size.
【００１３】[0013]
【発明の効果】公知の連続鋳造裁断プラント装置には、
２つの課題があった。その１は、亜鉛メッキ業者から、
インゴットの残り分が大きく、無駄が多いという苦情で
ある。これは、どういうことかというと、亜鉛メッキ用
のインゴットをメッキ槽の硫酸溶液内に釣り下げて使え
るだけ使うが、吊設用のフック穴より上の部分は、どう
しても使えないので捨てることになる。しかし、捨てて
みると、いかにも無駄であって損益が大きいという苦情
である。勿論、集めておいて、再利用するようにするこ
ともあるが、重いので取扱いは困難であるし、運搬費用
等を考慮すると再利用にあまり益がない。その２は、亜
鉛メッキ業者からインゴット業者に、寸法の異なるイン
ゴットの注文があったとき、公知の連続鋳造裁断プラン
ト装置ではこれに対応できないという課題である。The known continuous casting cutting plant apparatus has the following features:
There were two challenges. The first is from the galvanizing company,
It is a complaint that the remaining amount of ingot is large and wasteful. This means that the zinc plating ingot can be used only by hanging it down in the sulfuric acid solution of the plating tank, but the part above the hook hole for hanging can not be used, so it will be discarded. .. However, it is a complaint that it is wasteful and the profit and loss are large when thrown away. Of course, it may be collected and reused, but it is difficult to handle because it is heavy, and there is not much benefit to reuse considering transportation costs and the like. The second problem is that when a galvanizing company places an order with an ingot company for ingots of different sizes, the known continuous casting cutting plant apparatus cannot handle this.
【００１４】しかるに、本発明は、亜鉛調合合金の溶湯
３の保持炉１と、該保持炉１内の溶湯３を汲上げるポン
プ装置４と、該ポンプ装置４により汲上げた溶湯３を移
送する鋳込樋２と、該鋳込樋２より溶湯３の供給を受け
る外周に凹溝１５を形成した鋳造輪１４およびその外周
の一部に圧着して鋳型を形成する金属無端ベルト１７と
からなる回転鋳造装置１２と、該回転鋳造装置１２によ
り鋳造された彎曲している金属帯体１９を直線状に矯正
する矯正装置２０と、該矯正装置２０を通過した金属帯
体１９を一定長さに裁断して亜鉛インゴット原形を得る
裁断装置２４と、前記亜鉛インゴット原形の周囲のバリ
２９を取除いて亜鉛メッキ用インゴット２５とする仕上
切削装置３０とからなる連続鋳造裁断プラント装置にお
いて、前記裁断装置２４は、前記金属帯体１９を一定長
さに裁断するときその長手方向の一端側を山形に切落し
て山形部２６になすとともに該山形部２６の中央にフッ
ク孔２７を形成するようにした前記の装置としたから、
フック孔２７に金具を通して亜鉛メッキ槽内にインゴッ
ト２５を吊設し、該インゴット２５を使えるだけ使う
と、残ったものは極く小さい残部のみであるから、亜鉛
メッキ業者の損益は非常に少ない。また、前記におい
て、前記回転鋳造装置１２は、寸法の異なるものを複数
台付替え自在に配置した連続鋳造裁断プラント装置とし
たものであるから、寸法の異なるインゴット２５の注文
があったときは、回転鋳造装置１２の鋳造輪１４を交換
して、その凹溝１５を注文のサイズの寸法に合わせれ
ば、各種サイズの注文に対応できる。However, according to the present invention, the holding furnace 1 for the molten metal 3 of the zinc compound alloy, the pump device 4 for pumping the molten metal 3 in the holding furnace 1, and the molten metal 3 pumped by the pump device 4 are transferred. It is composed of a casting trough 2, a casting wheel 14 having a groove 15 formed on the outer periphery to which the molten metal 3 is supplied from the casting trough 2, and a metal endless belt 17 which is pressed against a part of the outer periphery to form a mold. The rotary casting device 12, the straightening device 20 that straightens the curved metal strip 19 cast by the rotary casting device 12, and the metal strip 19 that has passed through the straightening device 20 to a constant length. A continuous casting cutting plant apparatus comprising a cutting device 24 for cutting to obtain a zinc ingot original form and a finishing cutting device 30 for removing a burr 29 around the zinc ingot original form to form a zinc plating ingot 25. When the metal strip 19 is cut into a certain length, one end side in the longitudinal direction is cut into a mountain shape to form a mountain shape portion 26 and a hook hole 27 is formed in the center of the mountain shape portion 26. Because of the above device,
If the ingot 25 is hung in the galvanizing tank by passing the metal fitting through the hook hole 27 and the ingot 25 is used as much as possible, only a very small amount remains, so the profit and loss of the galvanizing company is very small. Further, in the above, since the rotary casting device 12 is a continuous casting cutting plant device in which a plurality of different sizes are arranged to be replaceable, when an ingot 25 having a different size is ordered, By changing the casting wheel 14 of the rotary casting device 12 and matching the concave groove 15 with the size of the order size, it is possible to meet orders of various sizes.
【図１】 本発明による連続鋳造裁断プラント装置の前
工程図FIG. 1 is a front process diagram of a continuous casting cutting plant apparatus according to the present invention.
【図２】 本発明による連続鋳造裁断プラント装置の後
工程図FIG. 2 is a post-process diagram of a continuous casting cutting plant apparatus according to the present invention
【図３】 亜鉛メッキ用インゴットの一部省略平面図FIG. 3 is a partially omitted plan view of a galvanizing ingot.
１…保持炉、２…鋳込樋、３…溶湯、４…ポンプ装置、
５…吸込口、６…吐出口、７…支持軸、８…供給口、９
…戻し口、１０…渣取用仕切板、１１…給湯量制御部、
１２…回転鋳造装置、１３…タンディッシュ、１４…鋳
造輪、１５…凹溝、１６…横回転軸、１７…金属無端ベ
ルト、１８…ガイドローラ、１９…金属帯体、２０…矯
正装置、２１…ピンチローラ、２２…矯正ローラ、２３
…ガイドローラ、２４…裁断装置、２５…亜鉛メッキ用
インゴット、２６…山形部、２７…フック孔、２８…プ
レス刃、２９…バリ、３０…仕上切削装置、３１…早送
りコンベア、３２…ローラコンベア、３３…シリンダ。1 ... Holding furnace, 2 ... Cast gutter, 3 ... Molten metal, 4 ... Pump device,
5 ... Suction port, 6 ... Discharge port, 7 ... Support shaft, 8 ... Supply port, 9
... Return port, 10 ... Partition plate for removing residue, 11 ... Hot water supply amount control unit,
12 ... Rotary casting device, 13 ... Tundish, 14 ... Casting wheel, 15 ... Concave groove, 16 ... Horizontal rotating shaft, 17 ... Metal endless belt, 18 ... Guide roller, 19 ... Metal strip, 20 ... Correcting device, 21 … Pinch rollers, 22… Straightening rollers, 23
... guide roller, 24 ... cutting device, 25 ... galvanizing ingot, 26 ... chevron portion, 27 ... hook hole, 28 ... press blade, 29 ... burr, 30 ... finishing cutting device, 31 ... fast-forwarding conveyor, 32 ... roller conveyor , 33 ... Cylinder.
Claims (2)
保持炉１内の溶湯３を汲上げるポンプ装置４と、該ポン
プ装置４により汲上げた溶湯３を移送する鋳込樋２と、
該鋳込樋２より溶湯３の供給を受ける外周に凹溝１５を
形成した鋳造輪１４およびその外周の一部に圧着して鋳
型を形成する金属無端ベルト１７とからなる回転鋳造装
置１２と、該回転鋳造装置１２により鋳造された彎曲し
ている金属帯体１９を直線状に矯正する矯正装置２０
と、該矯正装置２０を通過した金属帯体１９を一定長さ
に裁断して亜鉛インゴット原形を得る裁断装置２４と、
前記亜鉛インゴット原形の周囲のバリ２９を取除いて亜
鉛メッキ用インゴット２５とする仕上切削装置３０とか
らなる連続鋳造裁断プラント装置において、前記裁断装
置２４は、前記金属帯体１９を一定長さに裁断するとき
その長手方向の一端側を山形に切落して山形部２６にな
すとともに該山形部２６の中央にフック孔２７を形成す
るようにした前記の装置。1. A holding furnace 1 for a molten metal 3 of a zinc alloy, a pump device 4 for pumping the molten metal 3 in the holding furnace 1, and a casting trough 2 for transferring the molten metal 3 pumped by the pump device 4. When,
A rotary casting device 12 comprising a casting wheel 14 having a groove 15 formed in the outer periphery thereof, which is supplied with the molten metal 3 from the casting trough 2, and a metal endless belt 17 which is pressure-bonded to a part of the outer periphery thereof to form a mold. A straightening device 20 for straightening a curved metal strip 19 cast by the rotary casting device 12.
And a cutting device 24 that cuts the metal strip 19 that has passed through the straightening device 20 into a predetermined length to obtain a zinc ingot original form,
In a continuous casting cutting plant device comprising a finishing cutting device 30 for removing a burr 29 around the original shape of the zinc ingot to obtain an ingot 25 for galvanizing, the cutting device 24 cuts the metal strip 19 into a certain length. When cutting, one end side in the longitudinal direction is cut into a chevron shape to form a chevron portion 26, and a hook hole 27 is formed in the center of the chevron portion 26.
２は、寸法の異なるものを複数台付替え自在に配置した
連続鋳造裁断プラント装置。2. The rotary casting device 1 according to claim 1.
2 is a continuous casting cutting plant device in which a plurality of units having different dimensions are arranged so that they can be freely replaced.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP14877192A JPH05318037A (en) | 1992-05-15 | 1992-05-15 | Shearing plant device in continuous casting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP14877192A JPH05318037A (en) | 1992-05-15 | 1992-05-15 | Shearing plant device in continuous casting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH05318037A true JPH05318037A (en) | 1993-12-03 |
Family
ID=15460299
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP14877192A Withdrawn JPH05318037A (en) | 1992-05-15 | 1992-05-15 | Shearing plant device in continuous casting |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH05318037A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2006040857A1 (en) * | 2004-10-15 | 2006-04-20 | Toshiba Battery Co., Ltd. | Method for producing manganese dry cell negative electrode zinc material |
| WO2013141914A1 (en) * | 2012-03-23 | 2013-09-26 | Sunpower Corporation | Method of cutting an ingot for solar cell fabrication |
| CN117564348A (en) * | 2024-01-17 | 2024-02-20 | 广东巨晨装备科技有限公司 | Metal cutting device for ingot production line |
-
1992
- 1992-05-15 JP JP14877192A patent/JPH05318037A/en not_active Withdrawn
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2006040857A1 (en) * | 2004-10-15 | 2006-04-20 | Toshiba Battery Co., Ltd. | Method for producing manganese dry cell negative electrode zinc material |
| JPWO2006040857A1 (en) * | 2004-10-15 | 2008-05-15 | 東芝電池株式会社 | Method for producing manganese battery negative electrode zinc material |
| US7874346B2 (en) | 2004-10-15 | 2011-01-25 | Toshiba Battery Co., Ltd. | Method for producing manganese dry cell negative electrode zinc material |
| JP5072363B2 (en) * | 2004-10-15 | 2012-11-14 | 東芝ホームアプライアンス株式会社 | Method for producing manganese battery negative electrode zinc material |
| WO2013141914A1 (en) * | 2012-03-23 | 2013-09-26 | Sunpower Corporation | Method of cutting an ingot for solar cell fabrication |
| KR20140139005A (en) * | 2012-03-23 | 2014-12-04 | 선파워 코포레이션 | Method of cutting an ingot for solar cell fabrication |
| CN117564348A (en) * | 2024-01-17 | 2024-02-20 | 广东巨晨装备科技有限公司 | Metal cutting device for ingot production line |
| CN117564348B (en) * | 2024-01-17 | 2024-03-19 | 广东巨晨装备科技有限公司 | Metal cutting device for ingot production line |
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