JPH07185637A - Cooling water controller for internal plane of h-type steel - Google Patents
Cooling water controller for internal plane of h-type steelInfo
- Publication number
- JPH07185637A JPH07185637A JP5334111A JP33411193A JPH07185637A JP H07185637 A JPH07185637 A JP H07185637A JP 5334111 A JP5334111 A JP 5334111A JP 33411193 A JP33411193 A JP 33411193A JP H07185637 A JPH07185637 A JP H07185637A
- Authority
- JP
- Japan
- Prior art keywords
- cooling water
- water control
- web
- section steel
- flange
- 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
Links
Landscapes
- Heat Treatments In General, Especially Conveying And Cooling (AREA)
Abstract
Description
【０００１】[0001]
【産業上の利用分野】この発明はＨ形鋼製造における冷
却水制御装置に関し、より詳しくは、Ｈ形鋼をＨ型姿勢
で水冷する際に、Ｈ形鋼上部内面であるフランジ内面及
びウェブ上面に供給される冷却水を制御するＨ形鋼内面
の冷却水制御装置に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a cooling water control device for manufacturing H-section steel, and more specifically, when water-cooling H-section steel in an H-shaped posture, the inner surface of the flange, which is the inner surface of the H-section steel, and the upper surface of the web. The present invention relates to a cooling water control device for the inner surface of an H-section steel for controlling the cooling water supplied to the.
【０００２】[0002]
【従来の技術】Ｈ形鋼製造時にＨ形鋼上部内面に冷却水
が滞留するが、この冷却水はウェブ上面を流動し、ウェ
ブを不均一に冷却し、Ｈ形鋼長手方向の温度差やフラン
ジ、ウェブ間の温度差を生じさせ、熱応力による形状不
良や冷却むらによる性能不均一等の問題を引き起こす。2. Description of the Prior Art Cooling water stays on the inner surface of the H-section steel at the time of manufacturing the H-section steel, and the cooling water flows on the upper surface of the web to non-uniformly cool the web, which causes a temperature difference in the longitudinal direction of the H-section steel. This causes a temperature difference between the flange and the web, which causes problems such as poor shape due to thermal stress and uneven performance due to uneven cooling.
【０００３】特公平５−７３８０６号公報には図４に示
すような装置でＨ形鋼上部内面の冷却水を制御する方法
が示されている。すなわち、Ｈ形鋼上部内面に多数の孔
９０を有する部材３０を配置し、孔９０から空気を吹き
出すことによりＨ形鋼上部内面の冷却水を堰止めること
が記載されている。Japanese Examined Patent Publication (Kokoku) No. 5-73806 discloses a method for controlling the cooling water on the upper inner surface of the H-section steel by an apparatus as shown in FIG. That is, it is described that the member 30 having a large number of holes 90 is arranged on the inner surface of the H-section steel upper portion, and the cooling water on the inner surface of the H-section steel upper portion is blocked by blowing out air from the holes 90.
【０００４】[0004]
【発明が解決しようとする課題】しかしながら図４に示
される装置では、ウェブ部とフランジ部の空気吹き出し
機構は独立しておらず、孔９０からの空気吹き出しを独
立に供給、制御していないので、Ｈ形鋼上部内面の冷却
水を完全に堰止めるには、個々のノズルに空気を供給
し、制御している場合と比較して、大きな圧力、流量で
吹かざるを得ず。空気量等に無駄が多くなる。However, in the apparatus shown in FIG. 4, the air blowing mechanism of the web portion and the flange portion are not independent, and the air blowing from the hole 90 is not independently supplied and controlled. In order to completely block the cooling water on the upper surface of the H-section steel, air must be supplied to each nozzle and blown at a large pressure and flow rate as compared with the case where air is controlled. There is much waste in the air volume.
【０００５】また特公平５−７３８０６号公報には言及
されていないが、図４に示されるような構造の冷却水制
御装置では、孔９０から一様に空気を吹き出すことは事
実上困難であり、空気吹き出しが弱い部分からの冷却水
の漏れ出しを防止するためには更に大きな圧力、流量が
吹かざるを得ず、ますます空気量等に無駄が多くなる。Although it is not mentioned in Japanese Examined Patent Publication No. 5-73806, it is practically difficult for the cooling water control device having the structure shown in FIG. In order to prevent the cooling water from leaking out from a portion where the air is weakly blown, a larger pressure and flow rate must be blown, and the amount of air and the like becomes more and more wasteful.
【０００６】この発明はかかる事情に鑑みてなされたも
のであって、無駄の少ない最適な流体量でＨ形鋼上部内
面の冷却水制御を行うことが可能であるＨ形鋼内面の冷
却水制御装置を提供することを目的とする。The present invention has been made in view of the above circumstances, and it is possible to control the cooling water for the inner surface of the upper portion of the H-section steel with an optimum amount of fluid with little waste. The purpose is to provide a device.
【０００７】[0007]
【課題を解決するための手段】上記課題を解決するため
に、本発明は、Ｈ形鋼製造時の冷却過程において、Ｈ形
鋼をＨ型姿勢で水冷する場合におけるＨ形鋼内面の冷却
水制御装置であって、Ｈ形鋼ウェブ上に、ウェブ及びフ
ランジに近接して配置され、箱型形状を有する本体と、
前記本体に設けられ、前記フランジ内面に対してウェブ
上面からフランジ上面以上の高さまで冷却水制御用流体
を噴射するための第１のノズル部と、前記本体に前記第
１のノズル部とは分離独立して設けられ、前記ウェブ上
面に対してウェブ全幅にわたって冷却水制御用流体を噴
射する第２のノズル部と、前記各ノズル部に供給される
べき冷却水制御用流体を独立に供給及び制御する流体供
給・制御手段と、を備え、夫々Ｈ形鋼の長手方向に沿っ
て設けられた一対の冷却水制御部を具備することを特徴
とするＨ形鋼内面の冷却水制御装置を提供する。この場
合に、冷却水制御用流体は、水又は空気であることが望
ましい。In order to solve the above-mentioned problems, the present invention provides a cooling water for the inner surface of H-section steel when the H-section steel is water-cooled in the H-shape posture in the cooling process at the time of manufacturing the H-section steel. A controller, on the H-section steel web, arranged in proximity to the web and the flange, having a box-shaped body;
A first nozzle portion provided on the main body for injecting a cooling water control fluid from the upper surface of the web to a height higher than the upper surface of the flange with respect to the inner surface of the flange, and the first nozzle portion on the main body are separated from each other. A second nozzle portion that is independently provided and injects a cooling water control fluid over the entire width of the web onto the upper surface of the web, and a cooling water control fluid that is to be supplied to each nozzle portion is independently supplied and controlled. And a pair of cooling water control units provided along the longitudinal direction of the H-section steel, respectively. . In this case, the cooling water control fluid is preferably water or air.
【０００８】[0008]
【作用】本発明の冷却水制御装置は、本体に冷却水制御
用流体を噴射するためのノズル部をフランジ側、及びウ
ェブ側にそれぞれ独立して設け、各ノズルの流量、圧力
を独立して制御できるようにすることで、各部の状況に
適合した条件で、流体を噴射することができる。また本
体の形状を箱型とし、Ｈ形鋼ウェブ、フランジに近接し
て配置することで、冷却水制御装置自体で冷却水の流れ
を堰止めることができ、かつ冷却水の漏れ出ようとする
流路を狭めて冷却水制御を容易にし、冷却水制御用流体
によって冷却水制御装置から漏れ出る冷却水を完全にな
くすことが可能となる。従って、この冷却水制御装置の
一対の冷却水制御部で区切られた領域内に冷却水を完全
に堰止めることでき、Ｈ形鋼上部内面の冷却水制御を完
全に行うことができる。In the cooling water control device of the present invention, the nozzles for injecting the cooling water control fluid are independently provided on the flange side and the web side, respectively, and the flow rate and pressure of each nozzle are independently controlled. By making it controllable, the fluid can be ejected under the condition suitable for the situation of each part. Further, by making the main body into a box shape and arranging it in proximity to the H-shaped steel web and the flange, the flow of cooling water can be blocked by the cooling water control device itself, and the cooling water will try to leak out. The flow passage can be narrowed to facilitate control of the cooling water, and the cooling water control fluid can completely eliminate the cooling water leaking from the cooling water control device. Therefore, the cooling water can be completely blocked in the region partitioned by the pair of cooling water control units of the cooling water control device, and the cooling water control of the upper inner surface of the H-section steel can be performed completely.
【０００９】この冷却水制御装置の一対の冷却水制御部
の間の領域内でのＨ形鋼上部内面の冷却はいわば浸漬状
態で長手方向やウェブ、フランジが同時に冷却されるの
で、冷却むらがなく、均一冷却が可能である。これによ
り均質な熱処理を実現し、高強度等の高い性能を実現す
ることが可能である。なお、冷却水制御装置で堰止めら
れた冷却水は、フランジ上部からあふれ出ることにより
除去される。The cooling of the inner surface of the upper portion of the H-section steel in the region between the pair of cooling water control parts of this cooling water control device is, so to speak, the cooling in the longitudinal direction, the web and the flange at the same time, so that the cooling unevenness occurs. Without, uniform cooling is possible. As a result, it is possible to achieve uniform heat treatment and high performance such as high strength. The cooling water blocked by the cooling water control device is removed by overflowing from the upper part of the flange.
【００１０】冷却水制御装置から吹き出される流体の吹
き出し角度θは図２、図３に図示されるように、漏れ出
ようとする冷却水に対抗する運動量を与えるように、フ
ランジ、ウェブにおいて漏れ出ようとする冷却水の流れ
方向に関して９０°以上で、１５０°以下程度であるこ
とが望ましい。但しこの設定の最適値は冷却水制御装置
から吹き出される流体の種類、圧力、流量等や冷却水制
御装置のノズル形状、そして冷却水制御装置とフラン
ジ、ウェブ間隔によって異なる。As shown in FIGS. 2 and 3, the blowing angle θ of the fluid blown out from the cooling water control device causes leakage at the flange and the web so as to give momentum against the cooling water which is about to leak. It is desirable that the direction is 90 ° or more and 150 ° or less with respect to the flow direction of the cooling water that is about to come out. However, the optimum value of this setting varies depending on the type, pressure, flow rate, etc. of the fluid blown out from the cooling water control device, the nozzle shape of the cooling water control device, the cooling water control device, the flange, and the web spacing.
【００１１】ノズル部のノズル形状はスリット、多孔部
材等が適用できるが、スリット形状を選択することによ
って、最も効率よく、かつ完全に冷却水を制御できる場
合が多い。A slit, a porous member or the like can be applied to the nozzle shape of the nozzle portion, but by selecting the slit shape, the cooling water can be most efficiently and completely controlled in many cases.
【００１２】この冷却水制御装置を使用したＨ形鋼のオ
ンライン冷却ではＨ形鋼を走行させ、冷却水制御装置は
特定箇所に固定しても良いし、逆にＨ形鋼は走行させず
に固定し、冷却水制御装置を移動させながらＨ形鋼の冷
却を行うことや、Ｈ形鋼及び冷却水制御装置対の双方を
同方向または逆方向に移動させながらＨ形鋼の冷却を行
うことでも同様の効果が得られることは言うまでもな
い。In the online cooling of the H-section steel using this cooling water control device, the H-section steel may be made to travel and the cooling water control device may be fixed to a specific location, or conversely, the H-section steel may not be made to travel. Fixing and cooling the H-section steel while moving the cooling water control device, or cooling the H-section steel while moving both the H-section steel and the cooling water control device pair in the same direction or opposite directions. However, it goes without saying that the same effect can be obtained.
【００１３】また、この冷却水制御装置で使用される流
体を、水、空気等に変更可能であることにすることによ
り、冷却水制御装置の位置設定や使用できるユーティリ
ティに応じて最適な組み合わせで冷却水制御を行うこと
が可能である。またこの冷却水制御装置での冷却能制御
も実現できる。すなわち、例えばフランジに対してウェ
ブの過冷が問題となる場合、フランジ側のノズル部から
噴射させる流体を水とし、ウェブ側のノズル部から噴射
させる流体を空気とすることにより、フランジ側の冷却
能を向上させ、温度管理をより厳密に行うことが可能で
ある。Further, by changing the fluid used in this cooling water control device to water, air, etc., an optimal combination can be obtained according to the position setting of the cooling water control device and available utilities. It is possible to control the cooling water. Further, the cooling capacity control by this cooling water control device can also be realized. That is, for example, when the web is overcooled with respect to the flange, water is used as the fluid ejected from the nozzle portion on the flange side, and air is used as the fluid ejected from the nozzle portion on the web side. It is possible to improve the performance and control the temperature more strictly.
【００１４】なお本発明による冷却水制御装置によって
冷却水を制御することにより、従来問題となっていたＨ
形鋼上部内面の冷却を均一に行うことが可能となるた
め、本発明による冷却水制御装置を用いることにより、
Ｈ形鋼外側面やＨ形鋼下面の冷却に関しては、公知のス
プレイノズル等での冷却で十分に均一な冷却を行うこと
ができる。Ｈ形鋼外側面の冷却に関しては、公知のスプ
レイノズル等によるＨ形鋼外側面の冷却を本発明による
冷却水制御装置における一対の冷却水制御部の中間の場
所で行うことで、フランジ外面からのスプレイノズル等
からの冷却水の跳ね返りが問題となることはない。また
Ｈ形鋼下面の冷却に関しては冷却水はすべて下方に跳ね
落ちるので冷却が不均一になることはない。但し、もち
ろんＨ形鋼寸法等の条件に応じて、Ｈ形鋼外側面やＨ形
鋼下面の冷却に関して流量や噴射角度等の条件設定が必
要になることは言うまでもない。By controlling the cooling water by the cooling water control device according to the present invention, the conventional problem of H
Since it becomes possible to uniformly cool the inner surface of the shaped steel, by using the cooling water control device according to the present invention,
Regarding the cooling of the outer surface of the H-section steel and the lower surface of the H-section steel, it is possible to perform sufficiently uniform cooling by cooling with a known spray nozzle or the like. Regarding the cooling of the outer surface of the H-section steel, the outer surface of the H-section steel is cooled by a known spray nozzle or the like at an intermediate position between the pair of cooling water control units in the cooling water control device according to the present invention, so that the flange outer surface can be cooled. There is no problem of splashing of cooling water from the spray nozzle or the like. Further, regarding the cooling of the lower surface of the H-section steel, all the cooling water splashes downward so that the cooling does not become uneven. However, it goes without saying that it is necessary to set conditions such as the flow rate and the injection angle for cooling the outer surface of the H-section steel and the lower surface of the H-section steel in accordance with the conditions such as the dimensions of the H-section steel.
【００１５】この発明に係るＨ形鋼内面の冷却水制御装
置は、フランジ側、ウェブ側の各ノズルに独立に流体を
供給し、各ノズルの流量、圧力を独立に制御するので必
要最小限の流量、圧力で制御することが可能である。こ
れによりＨ形鋼上部内面の冷却水を特定の場所に完全に
限定し、Ｈ形鋼長手方向にわたって厳密な均一冷却が可
能で、均質で高性能なＨ形鋼の製造を実現できる。The cooling water control device for the inner surface of the H-section steel according to the present invention supplies the fluid independently to each nozzle on the flange side and the web side, and independently controls the flow rate and pressure of each nozzle, so that the minimum necessary amount is provided. It is possible to control by flow rate and pressure. As a result, the cooling water on the upper surface of the H-section steel is completely restricted to a specific place, and strict uniform cooling can be performed in the longitudinal direction of the H-section steel, so that a homogeneous and high-performance H-section steel can be manufactured.
【００１６】[0016]
【実施例】以下、この発明の実施例について説明する。
図１乃至３はこの発明に係る冷却装置を示すものであ
る。図１は、この冷却水制御装置の一方の冷却水制御部
５を示しており、この冷却水制御部５は、Ｈ形鋼１０の
ウェブ１及びフランジ２に近接して配置された箱形の本
体５ａと、本体５ａに設けられフランジ内面に対してウ
ェブ１の上面からフランジ２の上面以上の高さまで冷却
水制御用流体を噴射するための第１のノズル部（スリッ
トノズル）８と、本体５ａに設けられウェブ１の上面に
対してウェブ１の全幅にわたって冷却水制御用流体を噴
射する第２のノズル部９（スリットノズル）とを備えて
いる。そして第１のノズル部８と第２のノズル部９とは
分離板７により分離され、これらに供給されるべき冷却
水制御用流体は図示していない流体供給・制御系によっ
て独立に制御される。なお、参照符号６は各ノズル部に
流体を供給するための流体供給管である。Embodiments of the present invention will be described below.
1 to 3 show a cooling device according to the present invention. FIG. 1 shows one cooling water control unit 5 of this cooling water control device, and this cooling water control unit 5 has a box shape arranged in proximity to the web 1 and the flange 2 of the H-section steel 10. A main body 5a, a first nozzle portion (slit nozzle) 8 for injecting a cooling water control fluid from the upper surface of the web 1 to the inner surface of the flange from the upper surface of the web 2 to a height higher than the upper surface of the flange 2; The second nozzle portion 9 (slit nozzle) is provided on the upper surface of the web 1 to inject the cooling water control fluid over the entire width of the web 1. The first nozzle section 8 and the second nozzle section 9 are separated by the separation plate 7, and the cooling water control fluid to be supplied to these is independently controlled by a fluid supply / control system (not shown). . Reference numeral 6 is a fluid supply pipe for supplying a fluid to each nozzle portion.
【００１７】図２に示すように、このような冷却水制御
部５が対となって冷却水制御装置が構成されている。こ
の装置を用いてＨ形鋼製造時の圧延後の水冷過程におけ
るＨ形鋼上面冷却水を実際に制御した結果について示
す。As shown in FIG. 2, such a cooling water control unit 5 is paired to form a cooling water control device. The results of actually controlling the cooling water for the upper surface of the H-section steel in the water-cooling process after rolling during the production of the H-section steel using this apparatus will be shown.
【００１８】ここでは、ウェブ幅Ｈ＝６００ｍｍ、フラ
ンジ高さＢ＝６００ｍｍ、ウェブ厚みｔ1 ＝３０ｍｍ、
フランジ厚みｔ2 ＝３０ｍｍとし、このＨ形鋼１０を２
０ｍ／分の速度で水冷ゾーンを移動させた。Ｈ形鋼の冷
却は複数の公知のスプレイノズルを使用し、Ｈ形鋼上方
からフランジ面に向けて行った。またフランジ外側面、
及び下方からも同時に同様のスプレイノズルで冷却を行
った。冷却水制御装置の一対の冷却水制御部５はフラン
ジ２内面、及びウェブ１上面との間隔を２０ｍｍとして
配置した。冷却水制御部５は前記フランジ２内面、及び
前記ウェブ１上面に向かって制御流体としての空気を噴
射するスリットノズル３、及びそれらの圧縮空気の供給
・制御系を備えている。但し圧縮空気の供給・制御系は
図示していない。Here, the web width H = 600 mm, the flange height B = 600 mm, the web thickness t 1 = 30 mm,
With the flange thickness t 2 = 30 mm, this H-section steel 10 is
The water cooling zone was moved at a speed of 0 m / min. Cooling of the H-section steel was performed using a plurality of known spray nozzles from above the H-section steel toward the flange surface. Also the outer surface of the flange,
Also, the same spray nozzle was used for cooling from below and at the same time. The pair of cooling water control units 5 of the cooling water control device were arranged with the distance between the inner surface of the flange 2 and the upper surface of the web 1 set to 20 mm. The cooling water control unit 5 is provided with a slit nozzle 3 for injecting air as a control fluid toward the inner surface of the flange 2 and the upper surface of the web 1, and a supply / control system for those compressed air. However, the compressed air supply / control system is not shown.
【００１９】図２に示すようにこの冷却水制御装置にお
いて、一対の冷却水制御部５を４ｍの間隔で配置した。
この実施例ではスリット間隔２ｍｍのスリットノズルか
ら空気を吹き出し（流量はそれぞれ３ｍ3 ／分、圧力は
フランジ側３ｋｇ／ｃｍ2 Ｇ、ウェブ側３．２ｋｇ／ｃ
ｍ2 Ｇ、噴射角度θは漏れ出ようとする冷却水の流れ方
向に対してフランジ、ウェブからそれぞれ１３５°）、
冷却水をウェブ１上面の冷却水制御部５に挟まれた領域
に完全に堰止めた。堰止められた冷却水はフランジ２か
らあふれ出ることにより除去された。As shown in FIG. 2, in this cooling water control device, a pair of cooling water control units 5 are arranged at intervals of 4 m.
In this embodiment, air is blown out from a slit nozzle having a slit interval of 2 mm (flow rate is 3 m 3 / min, pressure is 3 kg / cm 2 G on flange side, 3.2 kg / c on web side).
m 2 G, the injection angle θ is 135 ° from the flange and the web with respect to the flow direction of the cooling water that is about to leak),
The cooling water was completely blocked in the region on the upper surface of the web 1 between the cooling water control units 5. The blocked cooling water was removed by overflowing from the flange 2.
【００２０】このときの水冷ゾーン出側でのウェブ、フ
ランジの表面下２ｍｍでの各部の温度推移を熱電対を使
用し実測したところ最大１１℃の温度差範囲内におさま
った。また水冷ゾーン出側でのウェブ、フランジの表面
での各部の温度推移を放射温度計を使用し実測したとこ
ろ最大１５℃の温度差範囲内におさまった。At this time, the temperature transition of each portion of the web and the flange 2 mm below the surface on the outlet side of the water cooling zone was measured by using a thermocouple, and it was found to be within the maximum temperature difference range of 11 ° C. Moreover, when the temperature transition of each part on the surface of the web and the flange on the outlet side of the water cooling zone was measured by using a radiation thermometer, it was within the temperature difference range of maximum 15 ° C.
【００２１】これに対し、図４に示す従来の冷却水制御
装置を用いて同様の冷却を施し、同様の温度測定を行っ
たところ、ウェブ、フランジで１１５℃を越える温度差
を生じ、本発明による均一冷却の効果は非常に大きいこ
とが確認された。この場合、ウェブ、フランジ接合部か
らの水の漏れ出しを完全に止めることはできなかった。On the other hand, when the same cooling was performed using the conventional cooling water control device shown in FIG. 4 and the same temperature measurement was performed, a temperature difference of more than 115 ° C. was produced between the web and the flange, and the present invention was found. It was confirmed that the effect of uniform cooling due to is extremely large. In this case, it was not possible to completely stop the leakage of water from the web and flange joints.
【００２２】なおこの実施例では各ノズルとも空気を吹
き出したが、例えばウェブの過冷が問題となるときは、
例えばウェブ側を空気とし、フランジ側を水とすること
で、冷却と冷却水制御を兼ねて行うことも可能である。
この様に冷却能を向上させたいときは各ノズルから水を
吹き出すことで対応できる場合がある。但し、水を噴射
する場合は、噴射した水が冷却水制御装置から漏れ出な
いようにノズルの噴射角度θを調整する必要がある。こ
の噴射角度θはノズル形状、圧力、流量、冷却水制御装
置と形鋼間の距離、堰止める領域の大きさ等の条件によ
って異なるが、多くの場合、漏れ出ようとする冷却水の
流れ方向に対して、フランジ面、ウェブ面から１３５°
以上程度から１５０°以下程度であることが望ましい。In this embodiment, air was blown out from each nozzle. However, for example, when supercooling of the web becomes a problem,
For example, by using air on the web side and water on the flange side, it is possible to perform both cooling and cooling water control.
When it is desired to improve the cooling capacity in this way, it may be possible to respond by blowing water from each nozzle. However, when injecting water, it is necessary to adjust the injection angle θ of the nozzle so that the injected water does not leak from the cooling water control device. This injection angle θ varies depending on conditions such as nozzle shape, pressure, flow rate, distance between cooling water control device and shaped steel, size of blocking area, etc. , 135 ° from the flange surface and the web surface
It is desirable that the angle is in the range of about 150 ° or less.
【００２３】[0023]
【発明の効果】以上説明したように、この発明によれ
ば、Ｈ形鋼上部内面の冷却水制御をフランジ面、ウェブ
面に対してそれぞれ独立して制御するので、従来と比較
して無駄の少ない最適な流量でＨ形鋼上部内面の冷却水
を特定箇所に限定でき、Ｈ形鋼長手方向にわたって均一
冷却が可能である。従って、本発明を採用することによ
り高性能なＨ形鋼を製造することができる。As described above, according to the present invention, the cooling water control of the upper inner surface of the H-section steel is controlled independently for the flange surface and the web surface, so that it is more wasteful than in the prior art. The cooling water on the upper surface of the H-section steel can be limited to a specific location with a small optimum flow rate, and uniform cooling is possible in the longitudinal direction of the H-section steel. Therefore, by adopting the present invention, a high-performance H-section steel can be manufactured.
【図１】この発明の一実施例に係る冷却水制御装置の一
方の冷却水制御部の配置位置をを示す模式図。FIG. 1 is a schematic view showing an arrangement position of one cooling water control unit of a cooling water control device according to an embodiment of the present invention.
【図２】この発明の一実施例に係る冷却水制御装置の配
置を模式的に示す縦断面図。FIG. 2 is a vertical sectional view schematically showing the arrangement of the cooling water control device according to the embodiment of the present invention.
【図３】この発明の一実施例に係る冷却水制御装置に係
るの一方の冷却水制御部及びフランジ内面側の冷却水制
御用流体の噴射角度を示す模式図。FIG. 3 is a schematic diagram showing one cooling water control section of the cooling water control apparatus according to the embodiment of the present invention and an injection angle of the cooling water control fluid on the inner surface side of the flange.
【図４】従来の冷却水制御装置をＨ形鋼内面に配置した
状態を示す図。FIG. 4 is a view showing a state in which a conventional cooling water control device is arranged on the inner surface of an H-section steel.
１…ウェブ、２…フランジ、３…スリットノズル、４…
スプレイノズル、５…冷却水制御部、６…流体供給管、
７…仕切板、８，９…ノズル部、１０…Ｈ形鋼。1 ... Web, 2 ... Flange, 3 ... Slit nozzle, 4 ...
Spray nozzle, 5 ... Cooling water control unit, 6 ... Fluid supply pipe,
7 ... Partition plate, 8, 9 ... Nozzle part, 10 ... H-section steel.
Claims (3)
鋼をＨ型姿勢で水冷する場合におけるＨ形鋼内面の冷却
水制御装置であって、 Ｈ形鋼ウェブ上に、ウェブ及びフランジに近接して配置
され、箱型形状を有する本体と、 前記本体に設けられ、前記フランジ内面に対してウェブ
上面からフランジ上面以上の高さまで冷却水制御用流体
を噴射するための第１のノズル部と、 前記本体に前記第１のノズル部とは分離独立して設けら
れ、前記ウェブ上面に対してウェブ全幅にわたって冷却
水制御用流体を噴射する第２のノズル部と、 前記各ノズル部に供給されるべき冷却水制御用流体を独
立に供給及び制御する流体供給・制御手段と、を備え、
夫々Ｈ形鋼の長手方向に沿って設けられた一対の冷却水
制御部を具備することを特徴とするＨ形鋼内面の冷却水
制御装置。1. A cooling water control device for the inner surface of an H-section steel when the H-section steel is water-cooled in an H-shape during a cooling process during the production of the H-section steel, the web and the flange being provided on the H-section steel web. A box-shaped main body, which is disposed close to the first main body, and a first nozzle provided on the main body for injecting a cooling water control fluid from the upper surface of the web to the inner surface of the flange to a height higher than the upper surface of the flange. Section, a second nozzle section that is provided in the main body separately from the first nozzle section, and sprays a cooling water control fluid over the entire width of the web on the upper surface of the web; Fluid supply / control means for independently supplying and controlling the cooling water control fluid to be supplied,
A cooling water control device for the inner surface of an H-section steel, comprising a pair of cooling-water control units provided along the longitudinal direction of the H-section steel, respectively.
る流体が空気であることを特徴とする請求項１に記載の
Ｈ形鋼内面の冷却水制御装置。2. The cooling water control device for the inner surface of the H-section steel according to claim 1, wherein the fluid blown out from at least one nozzle is air.
る流体が水であることを特徴とする請求項１に記載のＨ
形鋼内面の冷却水制御装置。3. The H according to claim 1, wherein the fluid blown out from the at least one nozzle is water.
Cooling water control device for the inner surface of shaped steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP33411193A JP3225721B2 (en) | 1993-12-28 | 1993-12-28 | Cooling water control device for H-section steel inner surface |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP33411193A JP3225721B2 (en) | 1993-12-28 | 1993-12-28 | Cooling water control device for H-section steel inner surface |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH07185637A true JPH07185637A (en) | 1995-07-25 |
| JP3225721B2 JP3225721B2 (en) | 2001-11-05 |
Family
ID=18273652
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP33411193A Expired - Fee Related JP3225721B2 (en) | 1993-12-28 | 1993-12-28 | Cooling water control device for H-section steel inner surface |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3225721B2 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100797246B1 (en) * | 2006-07-28 | 2008-01-23 | 주식회사 포스코 | A device for eliminating the remaining coolant on a milling material |
| CN111604383A (en) * | 2020-06-03 | 2020-09-01 | 何志彦 | Rapid cooling forming device for one-step forming processing of factory H steel |
-
1993
- 1993-12-28 JP JP33411193A patent/JP3225721B2/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100797246B1 (en) * | 2006-07-28 | 2008-01-23 | 주식회사 포스코 | A device for eliminating the remaining coolant on a milling material |
| CN111604383A (en) * | 2020-06-03 | 2020-09-01 | 何志彦 | Rapid cooling forming device for one-step forming processing of factory H steel |
Also Published As
| Publication number | Publication date |
|---|---|
| JP3225721B2 (en) | 2001-11-05 |
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