JP2012111002A - Method and device for scrapping steel cut piece - Google Patents
Method and device for scrapping steel cut piece Download PDFInfo
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本発明は、例えば冷延鋼板などを製造するときに用いられる鋼帯切断片のスクラップ処理方法および同方法に用いられる鋼帯切断片スクラップ処理装置に関するものである。 The present invention relates to a steel strip cutting piece scrap processing method used when manufacturing, for example, a cold-rolled steel sheet and the like, and a steel strip cutting piece scrap processing apparatus used in the method.
一般に、冷間圧延後の鋼帯を連続ラインで焼鈍するときには、図９に示すように、ペイオフリール１１ａから払い出された鋼帯１２（先行材）の後端部とペイオフリール１１ｂから払い出された鋼帯１２（後行材）の先端部とを溶接機などの鋼帯接続機１３により接続してから連続ラインへの通板が行われる。そして、鋼帯１２の端部同士を接続するときには、鋼帯端部の形状不良部を除去するために、鋼帯接続機１３の入側に配置されたシャー１４により鋼帯１２の端部を切断してから端部同士の接続が行われ、端部同士が接続された鋼帯はルーパー等の鋼帯貯留設備を経て図示しない連続焼鈍炉に送られるようになっている。 Generally, when the steel strip after cold rolling is annealed in a continuous line, as shown in FIG. 9, it is paid out from the rear end portion of the steel strip 12 (preceding material) paid out from the payoff reel 11a and the payoff reel 11b. After connecting the leading end of the steel strip 12 (following material) with a steel strip connector 13 such as a welding machine, the plate is passed through a continuous line. And when connecting the edge part of the steel strip 12, in order to remove the shape defect part of a steel strip end part, the edge part of the steel strip 12 is moved by the shear 14 arrange | positioned at the entrance side of the steel strip connection machine 13. After cutting, the end portions are connected to each other, and the steel strip to which the end portions are connected is sent to a continuous annealing furnace (not shown) through a steel strip storage facility such as a looper.
このような鋼帯の連続処理ラインでは、鋼帯の端部を切断したときに鋼帯切断片が発生し、この鋼帯切断片がシャーの近傍に滞留すると鋼帯を連続的に処理することができなくなる可能性がある。そこで、特許文献１には、鋼帯切断片をパスライン切換えテーブルから受けて斜め下方に搬送するローラコンベアと、このローラコンベアの先端側に傾動自在に設けられた端板受シュートと、この端板受シュートから落下する鋼帯切断片を受けるスクラップ受箱とを備えた端板処理装置を用いて鋼帯切断片をスクラップ処理する方法が開示されている。 In such a steel strip continuous processing line, a steel strip is generated when the end of the steel strip is cut, and the steel strip is continuously processed when the steel strip is retained in the vicinity of the shear. May not be possible. Therefore, Patent Document 1 discloses a roller conveyor that receives a steel strip cutting piece from a pass line switching table and conveys it diagonally downward, an end plate receiving chute that is tiltably provided on the tip side of the roller conveyor, and this end. There is disclosed a method of scrap-treating steel strip cut pieces using an end plate processing apparatus including a scrap receiving box that receives steel strip cut pieces falling from a plate receiving chute.
特許文献１に開示された方法によると、鋼帯切断片がシャーの近傍に滞留することを防止することが可能である。しかしながら、シャーにより切断される鋼帯端部の切断長さが長い場合には、鋼帯切断片がスクラップ受箱に引っ掛かる可能性がある。このため、鋼帯の端部をシャーにより切断する際に鋼帯切断片がスクラップ受箱に引っ掛からない程度の長さに鋼帯の端部を切断する必要がある。さらに、鋼帯切断片を搬送用コンベアに一旦載せてスクラップ処理設備に搬送する場合、鋼帯切断片が長いとコンベアに落下した際にコンベア内に収まらず、その後の搬送処理が滞り、生産性が低下してしまう。特に、処理に供される鋼帯がベル型のボックス焼鈍炉で焼鈍された後の鋼帯である場合には、鋼帯端部の形状不良部が広範囲にわたって存在しているため、鋼帯端部の切断回数が増加し、これに伴って鋼帯切断片のスクラップ処理時間も長時間を要してしまうなどの問題があった。 According to the method disclosed in Patent Document 1, it is possible to prevent the steel strip piece from staying in the vicinity of the shear. However, when the cutting length of the end portion of the steel strip cut by the shear is long, the steel strip cutting piece may be caught in the scrap receiving box. For this reason, when cutting the end portion of the steel strip with a shear, it is necessary to cut the end portion of the steel strip to such a length that the steel piece is not caught on the scrap receiving box. Furthermore, when steel strip cut pieces are once placed on a conveyor for transport to a scrap processing facility, if the steel strip cut pieces are long, they will not fit in the conveyor when dropped on the conveyor, and subsequent transport processing will be delayed, resulting in productivity. Will fall. In particular, when the steel strip to be processed is a steel strip after being annealed in a bell-type box annealing furnace, there is a wide range of shape defects at the end of the steel strip. There has been a problem that the number of times of cutting of the part has increased, and along with this, the scrap processing time of the steel strip cut pieces also takes a long time.
本発明は上述した問題点に鑑みてなされたものであり、その目的は、鋼帯の端部に形状不良部が広範囲に存在している場合でも鋼帯切断片を比較的短時間でスクラップ処理することのできる鋼帯切断片のスクラップ処理方法および鋼帯切断片スクラップ処理装置を提供しようとするものである。 The present invention has been made in view of the above-described problems, and its purpose is to scrap the steel strip in a relatively short time even when there is a wide range of defective parts at the end of the steel strip. It is an object of the present invention to provide a steel strip cutting piece scrap processing method and a steel strip cutting piece scrap processing apparatus that can be used.
上記課題を解決するために、請求項１に係る本発明は、鋼帯の端部同士を接続する鋼帯接続機の入側に配置されたシャーにより前記鋼帯の端部を切断したときに発生する鋼帯切断片をスクラップ処理する方法であって、前記鋼帯切断片をスクラップ処理するスクラップ処理装置として、前記鋼帯切断片を斜め下方に排出する切断片排出シュートと、該切断片排出シュートの上を滑り落ちた鋼帯切断片をスクラップ処理設備に搬送する切断片搬送用コンベアと、前記切断片排出シュートの高さを調整するシュート高さ調整機構とを備えたスクラップ処理装置を用い、前記鋼帯切断片の長さに応じて前記切断片排出シュートの高さを前記シュート高さ調整機構により調整した後、前記鋼帯切断片をスクラップ処理することを特徴とする。 In order to solve the above-mentioned problem, the present invention according to claim 1 is the case where the end of the steel strip is cut by a shear disposed on the entry side of the steel strip connecting machine that connects the ends of the steel strip. A scrap processing method for scraping a steel strip cut piece generated as a scrap processing apparatus for scrap processing the steel strip cut piece, a cutting piece discharge chute for discharging the steel strip cutting piece obliquely downward, and the cutting piece discharge Using a scrap processing apparatus provided with a cut piece transporting conveyor for transporting a cut piece of steel strip sliding down on a chute to a scrap processing facility, and a chute height adjusting mechanism for adjusting the height of the cut piece discharge chute The steel strip cut piece is scrapped after the height of the cut piece discharge chute is adjusted by the chute height adjusting mechanism according to the length of the steel strip cut piece.
請求項２に係る本発明は、請求項１に記載の鋼帯切断片のスクラップ処理方法において、前記スクラップ処理装置として、前記切断片排出シュートの傾斜角度を調整するシュート角度調整機構をさらに備えたスクラップ処理装置を用い、前記鋼帯切断片の反り量に応じて前記切断片排出シュートの傾斜角度を前記シュート角度調整機構により調整した後、前記鋼帯切断片をスクラップ処理することを特徴とする。 The present invention according to claim 2 further includes a chute angle adjusting mechanism that adjusts an inclination angle of the cut piece discharge chute as the scrap processing apparatus in the scrap processing method for steel strip cut pieces according to claim 1. A scrap processing device is used to scrape the steel strip piece after adjusting the inclination angle of the cut piece discharge chute according to the amount of warp of the steel strip piece by the chute angle adjusting mechanism. .
請求項３に係る本発明は、請求項１または２に記載の鋼帯切断片のスクラップ処理方法において、前記切断片排出シュートの上に落下した鋼帯切断片の先端部が前記切断片搬送用コンベアの上に落下する前に前記鋼帯切断片の後端部が前記切断片排出シュートから離れるように、前記切断片排出シュートの高さを前記シュート高さ調整機構により調整することを特徴とする。 The present invention according to claim 3 is the scrap processing method for steel strip cut pieces according to claim 1 or 2, wherein the tip of the steel strip cut pieces dropped on the cut piece discharge chute is for conveying the cut pieces. The height of the cut piece discharge chute is adjusted by the chute height adjusting mechanism so that the rear end portion of the cut piece of steel strip is separated from the cut piece discharge chute before dropping onto the conveyor. To do.
請求項４に係る本発明は、請求項２または３に記載の鋼帯切断片のスクラップ処理方法において、前記切断片排出シュートから前記切断片搬送用コンベアの上に滑り落ちた鋼帯切断片が前記切断片搬送用コンベアの幅方向に回転しないように、前記切断片排出シュートの傾斜角度を前記シュート角度調整機構により調整することを特徴とする。
請求項５に係る本発明は、鋼帯の端部同士を接続する鋼帯接続機の入側に配置されたシャーにより前記鋼帯の端部を切断したときに発生する鋼帯切断片をスクラップ処理する装置であって、前記鋼帯切断片を斜め下方に排出する切断片排出シュートと、該切断片排出シュートの上を滑り落ちた鋼帯切断片をスクラップ処理設備に搬送する切断片搬送用コンベアと、前記切断片排出シュートの高さを調整するシュート高さ調整機構とを備えたことを特徴とする。
According to a fourth aspect of the present invention, in the scrap processing method of the steel strip cut piece according to claim 2 or 3, the steel strip cut piece sliding down from the cut piece discharge chute onto the cut piece conveying conveyor is provided. The inclination angle of the cut piece discharge chute is adjusted by the chute angle adjusting mechanism so as not to rotate in the width direction of the cut piece conveying conveyor.
The present invention according to claim 5 is a method for scrapping steel strip cut pieces generated when the end of the steel strip is cut by a shear disposed on the entry side of a steel strip connecting machine that connects the ends of the steel strip. An apparatus for processing, for cutting piece conveyance for conveying a cut piece discharge chute for discharging the cut piece of steel strip obliquely downward, and a cut piece of steel strip sliding down on the cut piece discharge chute to a scrap processing facility A conveyor and a chute height adjusting mechanism for adjusting the height of the cut piece discharge chute are provided.
請求項６に係る本発明は、請求項５に記載の鋼帯切断片スクラップ処理装置において、前記切断片排出シュートの傾斜角度を調整するシュート角度調整機構をさらに備えたことを特徴とする。 The present invention according to claim 6 is the steel strip cut piece scrap processing apparatus according to claim 5, further comprising a chute angle adjusting mechanism for adjusting an inclination angle of the cut piece discharge chute.
請求項１、３、５に係る発明によれば、切断片搬送用コンベアの上に落下した鋼帯切断片が切断片搬送用コンベアの搬送方向に対して斜めに傾いた状態で搬送されることを防止するために、鋼帯切断片の長さが短くし、鋼帯の端部を複数回に分けて切断する必要がない。従って、鋼帯の端部を切断したときに鋼帯切断片が大量に発生することがないので、鋼帯の端部に形状不良部が広範囲に存在している場合でも鋼帯切断片を比較的短時間でスクラップ処理することができる。 According to the first, third, and fifth aspects of the invention, the steel strip cut pieces that have fallen on the cut piece transporting conveyor are transported in an inclined state with respect to the transport direction of the cut piece transporting conveyor. In order to prevent this, the length of the steel strip cutting piece is shortened, and it is not necessary to divide the end of the steel strip into a plurality of times. Therefore, when the end of the steel strip is cut, a large number of steel strip cut pieces are not generated, so even if there are a wide variety of defective parts at the end of the steel strip, the steel strip cut pieces are compared. It can be scrapped in a short time.
請求項２、４、６に係る発明によれば、鋼帯切断片が反り量の大きい鋼帯の後端部であっても切断片搬送用コンベアの側端部から落下することがないので、鋼帯切断片をスクラップ処理設備へ確実に搬送することができる。 According to the inventions according to claims 2, 4 and 6, even if the steel strip cut piece is a rear end portion of the steel strip having a large amount of warping, it does not fall from the side end portion of the cut piece conveying conveyor. The steel strip can be reliably conveyed to the scrap processing facility.
以下、図１〜図８を参照して本発明に係る鋼帯切断片のスクラップ処理方法について説明する。なお、図９に示したものと同一の部分には同一符号を付し、その部分の詳細な説明は割愛する。
本発明に係る鋼帯切断片のスクラップ処理方法は、例えば図１に示すスクラップ処理装置１５を用いて鋼帯切断片１６をスクラップ処理する方法であって、図１に示すスクラップ処理装置１５は、切断片排出シュート１７、切断片搬送用コンベア１９、シュート高さ調整機構２３及びシュート角度調整機構２８を備えている。
Hereinafter, with reference to FIGS. 1-8, the scrap processing method of the steel strip cut piece which concerns on this invention is demonstrated. The same parts as those shown in FIG. 9 are denoted by the same reference numerals, and detailed description thereof will be omitted.
The scrap processing method of the steel strip cutting piece according to the present invention is a method of scrap processing the steel strip cutting piece 16 using, for example, the scrap processing device 15 shown in FIG. 1, and the scrap processing device 15 shown in FIG. A cut piece discharge chute 17, a cut piece conveying conveyor 19, a chute height adjusting mechanism 23, and a chute angle adjusting mechanism 28 are provided.
切断片排出シュート１７は鋼帯切断片１６を斜め下方に排出するものであって、上面部を傾斜させてシャー１４の下方位置に配置されている。従って、シャー１４で発生した鋼帯切断片１６は切断片排出シュート１７の上に落下し、この切断片排出シュート１７の上を滑って斜め下方に排出されるようになっている。
また、切断片排出シュート１７は水平方向に突出する左右一対の枢軸１８ａ，１８ｂ（図２参照）を有し、これらの枢軸１８ａ，１８ｂは切断片排出シュート１７の上端部に設けられている。
切断片搬送用コンベア１９は切断片排出シュート１７により斜め下方に排出された鋼帯切断片１６をスクラップ処理設備に搬送するものであって、この切断片搬送用コンベア１９の終端部には、図３に示すように、スクラップ台車２２の上に搭載された切断片収容バック２１の中に鋼帯切断片１６を投入するコンベアシュート２０が設けられている。
The cut piece discharge chute 17 discharges the steel strip cut piece 16 obliquely downward, and is disposed at a position below the shear 14 with the upper surface portion inclined. Therefore, the steel strip cutting piece 16 generated in the shear 14 falls on the cutting piece discharge chute 17 and slides on the cutting piece discharge chute 17 to be discharged obliquely downward.
The cut piece discharge chute 17 has a pair of left and right pivots 18 a and 18 b (see FIG. 2) protruding in the horizontal direction, and these pivots 18 a and 18 b are provided at the upper end of the cut piece discharge chute 17.
The cut piece conveying conveyor 19 conveys the steel strip cut pieces 16 discharged obliquely downward by the cut piece discharge chute 17 to a scrap processing facility. As shown in FIG. 3, a conveyor chute 20 for introducing the steel strip cutting piece 16 is provided in the cutting piece receiving bag 21 mounted on the scrap carriage 22.
シュート高さ調整機構２３は切断片排出シュート１７の高さを調整するものであって、例えば枢軸１８ａ，１８ｂを介して切断片排出シュート１７の上端部を水平な軸回りに回動自在に支持する左右一対の支持板２４ａ，２４ｂ（図２参照）と、これらの支持板２４ａ，２４ｂを切断片排出シュート１７の両側に支持する支持台２５と、この支持台２５を介して切断片排出シュート１７を上下方向に昇降駆動する油圧ジャッキ２６とを含んで構成されている。 The chute height adjusting mechanism 23 adjusts the height of the cut piece discharge chute 17, and supports the upper end portion of the cut piece discharge chute 17 so as to be rotatable around a horizontal axis via pivots 18a and 18b, for example. A pair of left and right support plates 24a and 24b (see FIG. 2), a support base 25 that supports these support plates 24a and 24b on both sides of the cut piece discharge chute 17, and a cut piece discharge chute via the support base 25. And a hydraulic jack 26 that drives the hoist 17 up and down.
シュート角度調整機構２８は切断片排出シュート１７の傾斜角度を調整するものであって、例えばシュート高さ調整機構２３の支持台２５から切断片排出シュート１７の下面部に向かって突出する油圧ジャッキ２９と、この油圧ジャッキ２９の先端部と切断片排出シュート１７の下面部との間に水平に配置された棒状のリンク部材３０と、このリンク部材３０の先端部を切断片排出シュート１７の下面部に回動自在に連結する連結ピン３１（図４参照）とを有している。また、シュート角度調整機構２８はリンク部材３０の後端部を油圧ジャッキ２９の先端部に回動自在に連結する連結ピン３２（図４参照）を有し、油圧ジャッキ２９のピストンロッドが伸縮動作することによって切断片排出シュート１７の傾斜角度が変化するようになっている。 The chute angle adjusting mechanism 28 adjusts the inclination angle of the cut piece discharge chute 17. For example, the hydraulic jack 29 protrudes from the support base 25 of the chute height adjustment mechanism 23 toward the lower surface portion of the cut piece discharge chute 17. A bar-like link member 30 disposed horizontally between the tip of the hydraulic jack 29 and the lower surface of the cut piece discharge chute 17; and the lower surface of the cut piece discharge chute 17 at the front end of the link member 30 And a connecting pin 31 (see FIG. 4) that is rotatably connected to the motor. The chute angle adjusting mechanism 28 has a connecting pin 32 (see FIG. 4) for rotatably connecting the rear end portion of the link member 30 to the front end portion of the hydraulic jack 29, and the piston rod of the hydraulic jack 29 is expanded and contracted. By doing so, the inclination angle of the cut piece discharge chute 17 changes.
なお、シャー１４の入側には上下一対のピンチロール３４ａ，３４ｂが配置され、ペイオフリールから払い出された鋼帯１２はピンチロール３４ａ，３４ｂによってシャー１４に送り込まれるようになっている。また、鋼帯接続機１３とシャー１４との間にはゲート３５が設けられ、鋼帯１２の端部をシャー１４により切断するときにはゲート３５が上昇するようになっている。 A pair of upper and lower pinch rolls 34a and 34b are arranged on the entrance side of the shear 14, and the steel strip 12 paid out from the payoff reel is fed into the shear 14 by the pinch rolls 34a and 34b. A gate 35 is provided between the steel strip connecting machine 13 and the shear 14, and the gate 35 is raised when the end of the steel strip 12 is cut by the shear 14.
次に、このようなスクラップ処理装置を用いて鋼帯切断片１６をスクラップ処理する場合の方法について、図５〜図８を参照して説明する。
上述したスクラップ処理装置１５を用いて鋼帯切断片１６をスクラップ処理する場合は、まず、シュート高さ調整機構２３の油圧ジャッキ２６を作動させ、切断片排出シュート１７の高さをシュート高さ調整機構２３により調整する。具体的には、図５に示すように、鋼帯切断片１６の先端部が切断片搬送用コンベア１９の上に落下する前に鋼帯切断片１６の後端部が切断片排出シュート１７から離れるように、切断片排出シュート１７の高さを鋼帯切断片１６の長さ(シャー１４により切断される鋼帯端部の切断長さ)に応じて調整する。
Next, the method in the case of scrap-processing the steel strip cutting piece 16 using such a scrap processing apparatus will be described with reference to FIGS.
When scrapping the steel strip cut piece 16 using the scrap processing device 15 described above, first, the hydraulic jack 26 of the chute height adjusting mechanism 23 is operated to adjust the height of the cut piece discharge chute 17 to the chute height. Adjustment is performed by the mechanism 23. Specifically, as shown in FIG. 5, the rear end portion of the steel strip cut piece 16 is separated from the cut piece discharge chute 17 before the front end portion of the steel strip cut piece 16 falls on the cut piece transporting conveyor 19. The height of the cut piece discharge chute 17 is adjusted according to the length of the steel strip cut piece 16 (the cut length of the end portion of the steel strip cut by the shear 14) so as to leave.
切断片排出シュート１７の高さを鋼帯切断片１６の長さに応じて調整したならば、次に、シュート角度調整機構２８の油圧ジャッキ２９を作動させ、切断片排出シュート１７の傾斜角度をシュート角度調整機構２８により調整する。具体的には、図６に示すように、切断片搬送用コンベア１９の上に落下した鋼帯切断片１６が切断片搬送用コンベア１９の幅方向に回転しないように、切断片排出シュート１７の傾斜角度を鋼帯切断片１６の反り量（湾曲量）に応じて調整する。 If the height of the cut piece discharge chute 17 has been adjusted according to the length of the steel strip cut piece 16, the hydraulic jack 29 of the chute angle adjusting mechanism 28 is then operated, and the inclination angle of the cut piece discharge chute 17 is adjusted. Adjustment is performed by the chute angle adjusting mechanism 28. Specifically, as shown in FIG. 6, the cutting piece discharge chute 17 is arranged so that the steel strip cutting piece 16 dropped on the cutting piece transporting conveyor 19 does not rotate in the width direction of the cutting piece transporting conveyor 19. The inclination angle is adjusted according to the warp amount (bending amount) of the steel strip cutting piece 16.
このようにして切断片排出シュート１７の高さと傾斜角度を調整したならば、ペイオフリール１１ａまたは１１ｂ（図９参照）から払い出された鋼帯１２の端部をシャー１４により所定の長さだけ切断する。このとき、シャー１４により切断された鋼帯１２の端部は、鋼帯切断片１６となって切断片排出シュート１７の上に落下し、切断片排出シュート１７の上を滑り落ちる。そして、切断片排出シュート１７の上を滑り落ちた鋼帯切断片１６は切断片搬送用コンベア１９の上に落下し、切断片搬送用コンベア１９によりスクラップ処理設備に搬送される。 When the height and the inclination angle of the cut piece discharge chute 17 are adjusted in this way, the end portion of the steel strip 12 paid out from the payoff reel 11a or 11b (see FIG. 9) is pushed by the shear 14 by a predetermined length. Disconnect. At this time, the end of the steel strip 12 cut by the shear 14 becomes a steel strip cut piece 16 and falls onto the cut piece discharge chute 17 and slides down on the cut piece discharge chute 17. Then, the steel strip cutting piece 16 slid down on the cutting piece discharge chute 17 falls on the cutting piece transporting conveyor 19 and is transported to the scrap processing facility by the cutting piece transporting conveyor 19.
ここで、切断片排出シュート１７の高さを鋼帯切断片１６の長さに応じて調整しない場合は、図７に示すように、切断片搬送用コンベア１９の動きにより鋼帯切断片１６の先端部が切断片搬送用コンベア１９の上で回転することによって、鋼帯切断片１６が切断片搬送用コンベア１９の搬送方向に対して斜めに傾いた状態で搬送されてしまう可能性がある。そして、このような状態で鋼帯切断片１６が搬送されると、鋼帯切断片１６の角部がコンベアシュート２０に突っ掛かり、切断片収容バック２１の中に正常に落下させることができなくなる可能性があるため、切断片排出シュート１７の高さを調整しない場合は鋼帯切断片１６の角部がコンベアシュート２０に突っ掛からないようにするために、シャー１４によって切断される鋼帯端部の切断長さを出来るだけ短くし、鋼帯１２の端部を複数回に分けて切断する必要がある。 Here, when the height of the cut piece discharge chute 17 is not adjusted according to the length of the steel strip cut piece 16, the movement of the cut piece transporting conveyor 19 causes the steel strip cut piece 16 to move as shown in FIG. When the tip portion rotates on the cut piece transporting conveyor 19, the steel strip cutting piece 16 may be transported in an inclined state with respect to the transport direction of the cut piece transporting conveyor 19. And if the steel strip cutting piece 16 is conveyed in such a state, the corner | angular part of the steel strip cutting piece 16 will bump into the conveyor chute 20, and will not be able to fall normally into the cutting piece accommodation back | bag 21. Since there is a possibility, when the height of the cut piece discharge chute 17 is not adjusted, the end of the steel band cut by the shear 14 in order to prevent the corner of the cut piece 16 from sticking to the conveyor chute 20. It is necessary to make the cutting length of the portion as short as possible and to cut the end portion of the steel strip 12 in a plurality of times.
また、切断片排出シュート１７の傾斜角度を鋼帯切断片１６の反り量に応じて調整しない場合は、図８に示すように、切断片搬送用コンベア１９の上に落下した鋼帯切断片１６が切断片搬送用コンベア１９の幅方向に回転し、スクラップ処理設備に搬送される前に切断片搬送用コンベア１９の側端部から落下してしまう可能性がある。特に、鋼帯切断片１６が鋼帯１２の後端部である場合は、反り量が鋼帯１２の先端部よりも大きいため、切断片搬送用コンベア１９の側端部から落下しやすい。 When the inclination angle of the cut piece discharge chute 17 is not adjusted according to the amount of warp of the cut steel piece 16, the cut steel piece 16 dropped on the cut piece transporting conveyor 19 as shown in FIG. May rotate in the width direction of the cut piece conveying conveyor 19 and fall from the side end of the cut piece conveying conveyor 19 before being conveyed to the scrap processing facility. In particular, when the steel strip cutting piece 16 is the rear end portion of the steel strip 12, the amount of warpage is larger than that of the front end portion of the steel strip 12, so that the steel strip cutting piece 16 easily falls from the side end portion of the cut piece transporting conveyor 19.
これに対し、上述した本実施形態のように、鋼帯切断片１６の先端部が切断片搬送用コンベア１９の上に落下する前に鋼帯切断片１６の後端部が切断片排出シュート１７から離れるように、シュート高さ調整機構２３により切断片排出シュート１７の高さを鋼帯切断片１６の長さに応じて調整すると、切断片排出シュート１７から切断片搬送用コンベア１９の上に落下した鋼帯切断片１６が切断片搬送用コンベア１９の搬送方向に対して斜めに傾いた状態で搬送されることを防止することができ、鋼帯切断片１６の角部がコンベアシュート２０に突っ掛かることを防ぐために、シャー１４によって切断される鋼帯の端部長さを短くする必要がない。従って、鋼帯１２の端部を複数回に分けて切断する必要がなく、鋼帯１２の端部を切断したときに鋼帯切断片１６が大量に発生することがないので、鋼帯１２の端部に形状不良部が広範囲に存在している場合でも鋼帯切断片１６を比較的短時間でスクラップ処理することができる。 On the other hand, as in the above-described embodiment, the rear end portion of the steel strip cut piece 16 is cut into the cut piece discharge chute 17 before the front end portion of the steel strip cut piece 16 falls on the cut piece conveying conveyor 19. When the height of the cut piece discharge chute 17 is adjusted according to the length of the steel strip cut piece 16 by the chute height adjusting mechanism 23 so as to be separated from the cut piece, the cut piece discharge chute 17 is placed on the cut piece conveying conveyor 19. It is possible to prevent the steel strip cut piece 16 that has been dropped from being conveyed obliquely with respect to the transport direction of the cut piece transporting conveyor 19, and the corners of the steel strip cutting piece 16 are connected to the conveyor chute 20. There is no need to shorten the end length of the steel strip cut by the shear 14 in order to prevent it from sticking. Therefore, it is not necessary to divide the end of the steel strip 12 into a plurality of times, and when the end of the steel strip 12 is cut, a large number of steel strip cut pieces 16 are not generated. Even when the shape defect portion exists in a wide range at the end, the steel strip cutting piece 16 can be scrapped in a relatively short time.
また、上述した本実施形態のように、切断片搬送用コンベア１９の上に落下した鋼帯切断片１６が切断片搬送用コンベア１９の幅方向に回転しないように、シュート角度調整機構２８により切断片排出シュート１７の傾斜角度を鋼帯切断片１６の反り量に応じて調整すると、鋼帯切断片１６が鋼帯１２の後端部であっても切断片搬送用コンベア１９の側端部から落下することがないので、鋼帯切断片１６をスクラップ処理設備へ確実に搬送することができる。 Further, as in the present embodiment described above, the steel strip cutting piece 16 dropped on the cutting piece transporting conveyor 19 is cut by the chute angle adjusting mechanism 28 so as not to rotate in the width direction of the cutting piece transfer conveyor 19. When the inclination angle of the piece discharge chute 17 is adjusted according to the amount of warp of the steel strip cutting piece 16, even if the steel strip cutting piece 16 is the rear end portion of the steel strip 12, Since it does not fall, the steel strip cutting piece 16 can be reliably conveyed to the scrap processing facility.
上述した本実施形態では、切断片排出シュート１７の高さを鋼帯切断片１６の長さに応じて調整した後、切断片排出シュート１７の傾斜角度を鋼帯切断片１６の反り量に応じて調整したが、切断片排出シュート１７の傾斜角度を鋼帯切断片１６の反り量に応じて調整した後、切断片排出シュート１７の高さを鋼帯切断片１６の長さに応じて調整してもよい。 In this embodiment mentioned above, after adjusting the height of the cutting piece discharge chute 17 according to the length of the steel strip cutting piece 16, the inclination angle of the cutting piece discharge chute 17 is set according to the warp amount of the steel strip cutting piece 16. However, after adjusting the inclination angle of the cut piece discharge chute 17 according to the warp amount of the steel strip cut piece 16, the height of the cut piece discharge chute 17 is adjusted according to the length of the steel strip cut piece 16. May be.
１１ａ，１１ｂ…ペイオフリール
１２…鋼帯
１３…鋼帯接続機
１４…シャー
１５…スクラップ処理装置
１６…鋼帯切断片
１７…切断片排出シュート
１９…切断片搬送用コンベア
２０…コンベアシュート
２１…切断片収容バック
２２…スクラップ台車
２３…シュート高さ調整機構
２８…シュート角度調整機構
DESCRIPTION OF SYMBOLS 11a, 11b ... Pay-off reel 12 ... Steel strip 13 ... Steel strip connection machine 14 ... Shear 15 ... Scrap processing device 16 ... Steel strip cutting piece 17 ... Cutting piece discharge chute 19 ... Conveyor for cutting piece conveyance 20 ... Conveyor chute 21 ... Cutting Single accommodation bag 22 ... Scrap cart 23 ... Chute height adjustment mechanism 28 ... Chute angle adjustment mechanism
Claims (6)
前記鋼帯切断片をスクラップ処理するスクラップ処理装置として、前記鋼帯切断片を斜め下方に排出する切断片排出シュートと、該切断片排出シュートの上を滑り落ちた鋼帯切断片をスクラップ処理設備に搬送する切断片搬送用コンベアと、前記切断片排出シュートの高さを調整するシュート高さ調整機構とを備えたスクラップ処理装置を用い、前記シュート高さ調整機構により前記切断片排出シュートの高さを前記鋼帯切断片の長さに応じて調整した後、前記鋼帯切断片をスクラップ処理することを特徴とする鋼帯切断片のスクラップ処理方法。 It is a method of scrap processing a steel strip cutting piece generated when cutting the end of the steel strip by a shear arranged on the entry side of a steel strip connecting machine that connects the ends of the steel strip,
As a scrap processing apparatus for scrap processing the steel strip cut pieces, a scrap processing facility for cutting the steel strip cut chute to discharge the steel strip cut pieces obliquely downward, and the steel strip cut pieces sliding down on the cut piece discharge chute A scrap processing device including a conveyor for transporting the cut pieces to be transported and a chute height adjusting mechanism for adjusting the height of the cut discharge chute, and the height of the cut discharge chute by the chute height adjusting mechanism. The steel strip cut piece is scrap-treated after adjusting the length according to the length of the steel strip cut piece.
前記鋼帯切断片を斜め下方に排出する切断片排出シュートと、該切断片排出シュートの上を滑り落ちた鋼帯切断片をスクラップ処理設備に搬送する切断片搬送用コンベアと、前記切断片排出シュートの高さを調整するシュート高さ調整機構とを備えたことを特徴とする鋼帯切断片スクラップ処理装置。 An apparatus for scrap-processing steel strip cut pieces generated when cutting the end of the steel strip by a shear arranged on the entrance side of a steel strip connecting machine that connects the ends of the steel strip,
A cut piece discharge chute for discharging the cut piece of steel strip obliquely downward, a cut piece conveying conveyor for transferring the cut piece of steel strip slid down on the cut piece discharge chute to a scrap processing facility, and the cut piece discharge A steel strip cutting piece scrap processing apparatus comprising: a chute height adjusting mechanism for adjusting a chute height.
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| JP2015054356A (en) * | 2013-09-10 | 2015-03-23 | Ｊｆｅスチール株式会社 | Steel strip cut piece transfer chute and transfer method of steel strip cut piece |
| JP2017140669A (en) * | 2016-02-09 | 2017-08-17 | Ｊｆｅスチール株式会社 | Scrap recovery facility, and scrap recovery method |
| JP2018095401A (en) * | 2016-12-13 | 2018-06-21 | 日産自動車株式会社 | Recovering device for electrode end material |
| JP2020138248A (en) * | 2019-02-27 | 2020-09-03 | Ｊｆｅスチール株式会社 | Steel strip cutting equipment |
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| JP5673019B2 (en) | 2015-02-18 |
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