經濟部中央標準局員工消費合作社印製 316858 A7 _B7 五、發明说明（I) 〔發明之背景] 1 ·發明之領域 本發明像關於一種用於製造熱軋型扁平產品之製造設 備。該製造設備包括有一由若干軋輥座所组成之軋輥組、 一輸出輥道，其中該輸出輥道具有用於冷卻熱條料之裝置 ，从及隨後所排佈之用於捲取該條料之捲取機。 2 ·相關技術之說明 用於製造熱軋型條料之滾軋設備現今通常構造且運作 成使得各座中之變形以沃斯田體狀態發生；此擧意味著保 證各軋輥座中之滾軋溫度高於鐵一碳相圖中之GO S線。 在冷卻延伸架或捲料茼上冷卻至整形溫度*伴之K结構之 轉變，僅係在最後之軋道後為之，為獲致细晶粒度之最终 结構，該冷卻應盡可能接近GO S媒。 至於低合金碳鋼，為能K上述之方法滾軋，末滾軋溫 度*即軋輥组中末軋輥座內之溫度約為8 4 0 °至9 2 0 υ，具體視含碳量而定。該末滾軋溫度藉由變更末滾軋之 速度加Κ保持，其中各軋輥座之驅動功率可控制條料在車L 輥組中之自然冷卻，並供給熱量。此方法可俱無問題地使 用於條料厚度大於最小條厚者，而後者視滾軋輥組之類型 ，量值為1·3m左右。若其壁厚降低至低於此最小厚度 ，則所需之滾軋速度於條料之頭部處可達每秒約1 2米之 值；此速度之高*使條料在繼該軋輥座之後的輥道上，於 自由輸出端處不再能加Μ控制。 -3- 本紙張尺度適用中國國家標準（CNS ) Α4規格（210X297公釐） (請先閲讀背面之注意事項再填寫本頁) ,4. 訂 316858 a7 B7 五、發明説明（/) 儘管有Μ上所討論之問題，趨勢係研發出更薄之最終 厚度；此擧意味該趨勢為降低末滾軋溫度，Μ利減媛滾軋 速度。此些滾軋製程已成為習知者，名為肥粒鐵滾軋，因 為其發生於低於GOS線之溫度，即在α、7相混合之晶 格範圍内，或低於肥粒鐵範圍中之G P S線。 依一種較佳之方法，粗軋在沃斯田範圍内為之，軋至 2至8m之中等厚度，而精軋則係在肥粒鐵範圍内為之， 軋至低於1 · 3臓之最薄的最终厚度。介於此兩個製程階 段間，滾軋坯料必須自沃斯田鐵範圍內之末滾軋溫度冷卻 至肥粒鐵範圍内之滾軋溫度。此舉意味著一種自840C 至9 2 0 t之溫度範圍至6 0 ◦ D至7 8 Ot：溫度範圍之 冷卻。 繼第二次變形階段後之末滾軋溫度亦係在6 0 0C至 7 8 0°C之範圍内，因此在捲繞於捲料茼後，處在结搆發 生再结晶之量值左右。遂有一结構產生，其利於使用該產 品，毋需進一步冷變形或熱處理。 經濟部中央標準局員工消費合作社印製 (請先閲讀背面之注意事項再填寫本頁) 取傳良好结果之一個必不可少之條件係，對於自沃斯 田鐵範圍至肥粒鐵範圍之冷卻，當保持一種最短之冷卻時 間。此最短之冷卻時間必須予以保持，為的係使自沃斯田 鐵至肥粒鐵之轉變可充分進行。依據所選定之溫度K及合 金成份，用於進入該第一肥粒鐵轉變之最短冷卻時間約為 幾秒至數分鐘。 對於熱軋型闊條，在傳統之軋輥組内達成上述之製程 -4- 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 經濟部中央標準局員工消費合作杜印裝 3l^S58 at ---- 五、發明説明（> ) 非常困難。自沃斯田鐵範圍至肥粒鐵範圍之轉變應在2nnD 至8rai之厚度範圍内進行，即在滚軋胚料近似處於傳統之 精軋座之中部的厚度範圍内。由於條料在精軋軋輥組中部 內自一座至下一座之行進時間花費僅數秒，原理上係、可達 成該冷卻，然不能達成用於轉變所需之時間。因此*在傳 铳之滾軋輥組中，對於滾軋熱軋型闊條便不能依上述之方 法進行肥粒鐵滾軋。 〔發明之概述] 因此，本發明之主要目的係提供一種用於滾軋熱軋型 條料之製造設備，其中上述之種種缺失可得Μ消除。此外 ，偕以對輸出速度作所欲之限制，條料減薄之可選部位當 發生在肥粒鐵範圍内。 依據本發明，軋輥組中至少第一軋輥座為一可逆式座 。至少各有一轉燫被安置在該可逆式座之前方以及繼後。 一可控制之冷卻單元予Μ設置在該可逆式座與其前方之轉 爐間。 本發明所構成之一製造設備可在沃斯田鐵範圍内運作 ，誠如傳統設備中之情形一般。為此目的，滾軋胚料自一 粗加工輥組或一薄板鑲造機供給*其通常具有5 Om至1 0〇m之厚度，在爐中加熱至約1 1 OOC，然後在包含 有一或數座之可逆式輥組或史代克（Steckel)輥組中， 藉由調整該輥組之一或數座而予K滾軋；随後*該滾軋胚 ' 料在繼該史代克輥組之後之史代克逋或轉爐中被捲軋。逆 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） (請先閱讀背面之注意事項再填寫本頁) 訂 經濟部中央標準局員工消費合作杜印製 i、發明説明（1 --) 反史代克輥組後，條料自該史代克爐拉下並在該史代克輯 組之一或數座中滾軋成厚度約5ηππ至1 5rai，並且随後捲 繞上位於入口側之史代克爐。於此處，該條料之溫度依然 高於8 5 Ot。該條料此時自入口側之Μ及其爐上展捲， 並且在諸史代克座Κ及其餘軋輥組中滾軋成厚度約1 m， 然後條料為捲料機所捲繞。 依據本發明之另一特徵，介於史代克輥組與其餘軋锻 組間可設有一加熱翬元，K保證條料不致冷卻過份。 亦可K安置一冷卻單元於受滾輥之條料捲繞上入口側 之史代克爐之點的前方，其中該冷卻單元將具有厚度約5 咖至1 5酬之條料冷卻至溫度低於8 5 0C。在肥粒鐵轉 變後，該條料在史代克輥組與其餘軋輥组内可滾軋成一種 具有約1 nra厚度之條料。 繼史代克輥組之後且位於其餘軋輥組前方之加熱單元 可省略，若該軋輥組之所有各座均為可逆式座的話。此軋 輥組亦使得可K專門在沃斯田鐵範圍内，或同時在沃斯田 鐵與肥粒鐵範圍内滾軋。在此製造設備中，僅該等數目之 可逆式座，即其需要用Μ達成可捲繞上出口側之轉燫上之 條料厚度者，可在第一滾軋道中加以調整。在第二軋道中 ，調整進行成使得可逆式輥組產生約5 mra至1 5iran之條料 厚度。同樣在此例中，先於將條料捲繞上入口側之轉爐之 前，可藉由開啟或關閉冷卻單元而作出決定：於随後之各 軋道中之滾軋，係否在肥粒鐵範圍抑或在沃斯田鐵範圍内 -6 - 本紙張尺度適用中國國家標準（CNS ) A4^格（210X297公釐） (請先閱讀背面之注意事項再填寫本頁) ,ιτ 316858 A7 B7 經濟部中央標準局貝工消費合作社印製 五、發明説明 (ί ) 1 1 I 進 行 〇 1 1 1 1 依 據 另 特 徵 9 亦 可 省 略 出 口 側 之 轉 燫 0 作 為 替 代 ♦ 1 I 請 I 輸 出 輥 道 構 成 為 使 連 績 之 鑄 造 條 料 可 Μ 放 置 在 該 輪 出 輥 道 先 閱 1 I 讀 1 上 9 最 好 係 不 普 在 可 逆 式 輥 組 中 受 滾 軋 〇 逆 反 後 $ 條 料 在 背 ίτ 1 1 之 1 可 逆 式 輥 组 中 滾 軋 成 厚 度 約 5 咖 至 1 5 mm 9 其 中 亦 係 在 此 I 1 情 形 中 f 先 於 將 條 料 捲 m 上 入 □ 側 之 轉 爐 之 前 > 可 藉 由 開 事 項 1 I 再 1 I 啟 或 關 閉 冷 卻 單 元 而 作 出 決 定 * 在 随 後 之 滾 軋 程 序 中 滾 填 % 本 1 r 軋 係 否 發 生 於 肥 粒 鐵 範 圍 抑 或 沃 斯 田 鐵 範 圍 0 頁 ν—^ 1 1 依 據 另 一 特 徵 9 於 可 逆 式 輥 組 之 入 P 處 可 設 有 兩 個 轉 1 I 燫 0 在 此 情 形 中 兩 轉 燫 之 一 可 調 整 至 為 在 沃 斯 田 羯 範 圍 1 1 内 滾 軋 所 需 之 溫 度 而 該 第 二 轉 Μ 可 調 整 至 為 在 m 素 體 内 1 訂 滾 軋 所 需 之 溫 度 0 然 而 亦 可 Μ 將 兩 燫 均 固 定 於 為 肥 粒 鐵 1 | 範 圍 所 需 之 溫 度 而 且 交 替 地 運 行 兩 爐 使 因 肥 粒 鐵 轉 變 I I 所 需 之 可 能 較 長 之 時 間 不 致 引 起 該 設 備 之 停 頓 〇 1 描 述 本 發 明 新 穎 性 之 各 種 特 徴 Η 附 錄 在 申 請 專 利 範 圍 1 分 内 且 形 成 一 部 份 閫 述 之 特 定 性 加 以 指 出 0 為 更 好 地 理 解 本 1 I 發 明 其 運 行 優 點 、 由 其 使 用 所 達 成 之 特 殊 巨 的 當 參 考 附 1 I 圖 以 及 說 明 方 式 9 其 中 有 本 發 明 較 佳 實 施 例 之 圖 示 與 說 明 1 1 1 C 附 圖 之 簡 要 說 明 ] 1 1 在 附 圖 中 : 1 1 第 一 圖 係 本 發 明 之 製 造 設 備 配 一 可 逆 式 輥 組 之 側 視 1 1 示 意 圖 9 其 中 其 餘 之 軋 輥 組 為 一 埋 續 輥 粗 組 1 1 - 7- 1 1 本紙張尺度適用中國國家標準（CNS ) A4規格（210X 297公釐） A7 B7 經濟部中央標準局員工消費合作社印製 五、發明説明 ( L ) 1 1 I 第 二 圖 係 本 發 明 之 製 造 設 備 之 側 視 圖 > 其 中 所 有 座 均 1 1 I 為 可 逆 式 座 > 1 1 ] 第 三 圖 係 本 發 明 之 製 造 設 備 之 側 視 圖 9 其 中 所 有 座 均 請 先 1 1 閱 為 可 逆 式 座 於 出 口 側 係 為 設 置 . 具 適 當 長 度 之 輸 出 輥 讀 背 I 面 I 道 取 代 一 轉 爐 〇 之 1 注 1 C 較 佳 實 施 例 之 說 明 ] 意 事 1 項 1 附 圖 之 第 —* 圈 顯 示 一 連 續 鑲 造 設 備 1 » 繼 後 為 一 剪 切 再 填 窝 機 2 、 一 烘 燫 3 一 剪 切 機 4 >x 及 — 除 氧 化 皮 單 元 5 0 剪 本 頁 1 切 機 4 僅 欲 用 於 應 急 剪 切 0 若 需 進 入 肥 粒 鐵 範 圍 該 設 備 ^ 1 1 可 另 行 包 括 有 一 史 代 克 烘 爐 或 轉 爐 6 且 需 要 時 再 後 随 Μ 1 I 一 用 於 將 該 熱 軋 條 料 冷 卻 到 肥 粒 鐵 範 圍 之 可 控 制 的 冷 卻 單 1 訂 元 7 0 之 後 為 兩 個 可 逆 式 座 8 、 9 、 另 —- 除 氧 化 皮 單 元 1 1 0 ( 待 需 要 時 開 動 ) 9 以 及 — 位 於 出 口 側 之 史 代 克 烘 燫 或 1 1 轉 燫 1 1 0 1 | 如 上 所 述 9 連 m m 造 出 之 原 始 條 料 於 可 逆 式 座 8 、 9 L 内 被 滾 軋 成 厚 度 約 為 5 咖 至 1 5 m 9 狀 後 該 條 料 在 轉 爐 6 丨 内 被 捲 起 〇 於 此 處 9 該 條 料 可 依 妖 具 有 沃 斯 田 鐵 溫 度 9 或 1 1 者 在 冷 卻 單 元 7 中 冷 卻 後 該 條 料 之 溫 度 此 時 可 處 在 肥 粒 1 I 鐵 之 範 圍 内 〇 1 I 繼 可 逆 式 輥 組 之 後 為 加 熱 軍 元 1 2 9 最 好 係 一 感 應 爐 1 I 9 其 可 視 需 要 將 條 科 加 熱 至 為 該 軋 輥 組 中 之 餘 者 所 需 之 沃 1 Γ 斯 田 m 或 肥 粒 撖 範 圍 内 之 溫 度 0 繼 加 熱 單 元 1 2 之 後 為 另 I 剪 切 機 1 3 除 氧 化 皮 單 8 _ 元 1 4 、 軋 輥 組 1 5 > 捲 1 1 1 1 本紙張尺度適用中國國家標準（CNS > A4規格（210X297公釐） 〇1β858 α7 Β7 五、發明説明（^ ) 料機1 6、一冷卻延伸架1 7 Μ及另一捲料機1 8。 於第二圖中所示之設備中，加熱單元1 2予以省略， 而且轉爐11放置於一可逆式輥組之後端。在本例中，轉 爐6後跟一冷卻單元與（或）除氧化皮單元19，其後再 跟可逆式輥組2 0。設於該可逆式輥組2 0之出口處者， 為另一冷卻單元與（或）除氧化皮單元2 1 ，其後跟轉燫 1 1 。 第三圖顯示之設備相似於第二圖之設備。在第三圖中 ，繼應急剪切機4之後係排佈轉爐6 ，其後跟冷卻單元與 (或）除氧化皮單元19、可逆式輥組20'、除氧化皮 單元14、可逆式輥组20 7 '以及一輥道22。 設於第二、三圖之製造設備之人口側與出口側之其餘 單元相應於第一圖中者。 儘管已對本發明之特定的實施例加以顯示並作出詳细 說明，以例示本發明之原理，然當理解：在不偏離此種原 理之條件下本發明可Κ其他形態加Κ體現。 (請先閱讀背面之注意事項再填寫本頁) 訂 經濟部中央標準局員工消費合作社印製 本紙張尺度適用中國國家標準（CNS ) Α4規格（210X297公釐）Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 316858 A7 _B7 V. Description of the invention (I) [Background of the invention] 1 · Field of invention The present invention is like a manufacturing equipment for manufacturing hot-rolled flat products. The manufacturing equipment includes a roll group composed of a plurality of roll stands, and an output roller table, wherein the output roller table has a device for cooling the hot strip, and the coils for winding the strip are arranged from and subsequently Take the machine. 2. Description of the related art Rolling equipment used to manufacture hot-rolled strips is usually constructed and operated today so that the deformation in each seat occurs in a Vostian state; this means that the rolling in each roll seat is guaranteed The temperature is higher than the GO S line in the iron-carbon phase diagram. The change of the K structure on the cooling extension frame or coil material to the shaping temperature * is only after the last rolling pass. In order to obtain the final structure of fine grain size, the cooling should be as close as possible to the GO S medium . As for the low-alloy carbon steel, in order to be able to roll by the method described above, the final rolling temperature *, that is, the temperature in the final roll seat in the roll group is about 8 4 0 ° to 9 2 0 υ, depending on the carbon content. The final rolling temperature is maintained by changing the speed of the final rolling plus K, where the driving power of each roll stand can control the natural cooling of the strip in the L roll group of the car and supply heat. This method can be used without any problem for those with a strip thickness greater than the minimum strip thickness, and the latter depends on the type of rolling roller group, and the value is about 1.3m. If the wall thickness is reduced below this minimum thickness, the required rolling speed can reach a value of about 12 meters per second at the head of the strip; the high speed * makes the strip follow the roll seat On the subsequent roller table, M control can no longer be added at the free output end. -3- This paper scale is applicable to the Chinese National Standard (CNS) Α4 specification (210X297mm) (please read the precautions on the back before filling in this page), 4. Order 316858 a7 B7 5. Description of the invention (/) For the problem discussed above, the trend is to develop a thinner final thickness; this means that the trend is to lower the final rolling temperature and reduce the rolling speed. These rolling processes have become known as ferrite iron rolling because it occurs at a temperature lower than the GOS line, that is, within the crystal lattice range of α and 7 phase mixing, or below the ferrite iron range. In the GPS line. According to a preferred method, rough rolling is performed in the range of Vostian, and is rolled to an equal thickness in the range of 2 to 8m, while finishing rolling is performed in the range of ferrite iron, and the rolling is less than 1 · 3 Thin final thickness. Between these two process stages, the rolled billet must be cooled from the final rolling temperature in the Vostian iron range to the rolling temperature in the fertile iron range. This means a cooling range from 840C to 9 2 0 t to 60 0 ◦ D to 7 8 Ot: temperature range. The final rolling temperature after the second deformation stage is also in the range of 600 ° C to 780 ° C, so after winding around the coil, it is around the amount of recrystallization of the structure. A structure was created, which facilitated the use of the product without the need for further cold deformation or heat treatment. Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs (please read the precautions on the back before filling out this page) An essential condition for obtaining good results is the cooling of the range from the Vostian iron range to the fertilized iron range , When maintaining a minimum cooling time. This minimum cooling time must be maintained in order to allow the transition from Vostian iron to fat iron to be fully carried out. Depending on the selected temperature K and alloy composition, the minimum cooling time for entering the first ferrite transition is about a few seconds to a few minutes. For hot-rolled wide strips, the above-mentioned process is achieved in the traditional roll set -4- This paper standard is applicable to the Chinese National Standard (CNS) A4 specification (210X297 mm) Employee consumption cooperation du printing package of the Central Bureau of Standards of the Ministry of Economic Affairs 3l ^ S58 at ---- V. Description of invention (>) It is very difficult. The transformation from the Vostian iron range to the ferrite grain iron range should be carried out in the thickness range of 2nnD to 8rai, that is, the rolling stock is approximately in the thickness range of the middle of the traditional finishing stand. Since the strip travels from one to the next in the middle of the finishing roll group, it takes only a few seconds. In principle, the cooling can be achieved, but the time required for the transformation cannot be achieved. Therefore, in the rolling roll group of Chuan Chuan, it is impossible to roll the ferrite grains according to the above-mentioned method for rolling hot strips. [Summary of the Invention] Therefore, the main object of the present invention is to provide a manufacturing apparatus for rolling hot-rolled strip, in which the above-mentioned various defects can be eliminated. In addition, with the desired limitation on the output speed, the optional part of the strip thinning should occur within the range of fat iron. According to the present invention, at least the first roll stand in the roll set is a reversible stand. At least one turn will be placed before and after the reversible seat. A controllable cooling unit is provided between the reversible base and the converter in front of it. One of the manufacturing equipment constituted by the present invention can operate within the scope of Vostian Railway, just like the situation in traditional equipment. For this purpose, the rolling stock is supplied from a roughing roll set or a sheet-setting machine * which usually has a thickness of 5 Om to 100 m, heated in a furnace to about 1 1 OOC, and then contains one or more In the reversible roller set or Steckel roller set, K is rolled by adjusting one or several seats of the roller set; then * the rolling blank 'material follows the Sturkel roller set It is rolled in a Styker or converter. The size of the reverse paper applies to the Chinese National Standard (CNS) A4 (210X297mm) (please read the precautions on the back before filling in this page). Order the printed consumer i, invention description (1- -) After the anti-Sticker roll group, the strip is pulled from the Stalker furnace and rolled in one or several seats of the Stalker group to a thickness of about 5ηππ to 15rai, and then wound on the entrance side Stryker. Here, the temperature of the strip is still higher than 8 5 Ot. The strip was unrolled from the inlet side M and its furnace at this time, and rolled to a thickness of about 1 m in the sturdy K and the remaining roller sets, and then the strip was wound by the coiler. According to another feature of the invention, a heating element may be provided between the Stryker roll group and the remaining rolling and forging groups, K to ensure that the strip is not cooled excessively. It is also possible to arrange a cooling unit in front of the point where the strip of the roller is wound on the upper side of the Stryker, where the cooling unit cools the strip with a thickness of about 5 to 15 ° C to a temperature below 8 5 0C. After the ferrite iron is transformed, the strip can be rolled into a strip with a thickness of about 1 nra in the STICK roll group and the remaining roll groups. The heating unit after the Sturker roll group and in front of the remaining roll groups may be omitted if all seats of the roll group are reversible seats. This roll group also makes it possible to roll K exclusively in the range of Vostian iron, or in the range of Vostian iron and ferrite. In this manufacturing facility, only those numbers of reversible seats, that is, those who need to use M to achieve the thickness of the strip that can be wound on the upper outlet side turn, can be adjusted in the first rolling pass. In the second pass, the adjustment is made so that the reversible roll set produces a strip thickness of about 5 mra to 15 iran. Also in this example, before winding the strip onto the converter on the inlet side, a decision can be made by turning on or off the cooling unit: whether the rolling in subsequent rolling passes is in the range of ferrite iron Or within the range of Vostian Iron-6-This paper scale is applicable to the Chinese National Standard (CNS) A4 ^ (210X297mm) (please read the precautions on the back before filling this page), ιτ 316858 A7 B7 Central Ministry of Economic Affairs Printed by Beigong Consumer Cooperative of the Bureau of Standards 5. Description of invention (ί) 1 1 I carried out 〇1 1 1 1 According to the other feature 9 can also omit the turn on the exit side 0 as an alternative The continuous casting strips can be placed on the roll out of the round first reading 1 I reading 1 on 9 It is best not to be rolled in the reversible roller set. After the reversal $ strips in the back 1 1 of 1 The reversible roller set is rolled to a thickness of about 5 to 15 mm. 9 It is also in this case of I 1 that f is before the coil m is put into the converter on the □ side> The decision can be made by turning on or off the cooling unit by opening items 1 I and then 1 I * In the subsequent rolling In the program, the roll-filling% 1 r rolling system occurs in the range of fat iron or Vostian iron 0 pages ν— ^ 1 1 According to another feature 9 two reversing rollers can be provided at the entrance P 1 I 燫 0 In this case, one of the two revolutions can be adjusted to the temperature required for rolling in the Vostian range 1 1 and the second revolution Μ can be adjusted to 1 order in the m body. Temperature required for rolling 0 However, it is also possible to fix both of them at the temperature required for the ferrite iron 1 | range and alternately run the two furnaces so that it may not take a long time due to the ferrite iron conversion II. The standstill of the device ○ 1 describes the novelty of the invention The various features of the appendix are within 1 point of the patent application and form a part of the specificity of the description. It is pointed out. 0 For a better understanding of the operating advantages of this invention, the special huge achievements achieved by its use 1 I diagram and description mode 9 of which there are diagrams and explanations of preferred embodiments of the invention 1 1 1 C Brief description of the drawings] 1 1 In the drawings: 1 1 The first diagram is a manufacturing equipment of the invention Side view of the reversible roller group 1 1 Schematic diagram 9 The remaining roller group is a thick group of buried rollers 1 1-7- 1 1 The paper size is applicable to the Chinese National Standard (CNS) A4 specification (210X 297 mm) A7 B7 Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Description of Invention (L) 1 1 I The second figure is a side view of the manufacturing equipment of the present invention > wherein all seats are 1 1 I reversible Seat > 1 1] The third picture is a side view of the manufacturing equipment of the present invention 9 where all the seats should be read first 1 1 as a reversible seat on the exit side is set. The output roller with the appropriate length reads back I surface I 1 is replaced with a converter. Note 1 C. Description of the preferred embodiment] Item 1 Item 1 The circle in the figure-* shows a continuous setting device 1 »followed by a shearing and refilling machine 2, 1. Bakeware 3 1 shearing machine 4 > x and — descaling unit 5 0 shear page 1 shearing machine 4 only intended for emergency shearing 0 If you need to enter the range of ferrite iron ^ 1 1 can be included separately Stryker oven or converter 6 and followed by Μ 1 I if needed-a controllable method for cooling the hot-rolled bar to the range of fertile iron The cooling unit 1 made after ordering 7 0 is two reversible seats 8, 9, and another — descaling unit 1 1 0 (start when needed) 9 and — Stryker or 1 1 on the exit side Turning squirrel 1 1 0 1 | The original strip made by 9mm as described above is rolled in a reversible seat 8, 9 L to a thickness of about 5 to 1 5 m 9 after the strip is in the converter 6丨 The inside is rolled up. 9 Here, the strip can have a Vostian iron temperature of 9 or 1 1. After cooling in the cooling unit 7, the temperature of the strip can now be in the fat grain 1 I. Within the range 〇1 I is heated after the reversible roller group 1 2 9 It is best to be an induction furnace 1 I 9 which can heat the strip to the desired level of 1 Γ si for the rest of the roller group if necessary The temperature within the range of field m or fat grains 0 Following the heating unit 1 2 After the other I shearing machine 1 3 descaling sheet 8 _ yuan 1 4, roll group 1 5 > roll 1 1 1 1 The paper size is applicable to the Chinese national standard (CNS & A4 specifications (210X297 mm) 〇1β858 α7 Β7 Fifth, the invention description (^) feeder 16, a cooling extension frame 1 7 Μ and another coiler 18. In the equipment shown in the second figure, the heating unit 12 is omitted, and the converter 11 is placed at the rear end of a reversible roller set. In this example, the converter 6 is followed by a cooling unit and / or descaling unit 19, followed by a reversible roller set 20. The outlet located at the reversible roller group 20 is another cooling unit and / or descaling unit 2 1, followed by a turn 1 1. The equipment shown in the third picture is similar to the equipment in the second picture. In the third figure, the converter 6 is arranged after the emergency shear 4, followed by the cooling unit and / or the descaling unit 19, the reversible roller group 20 ', the descaling unit 14, the reversible roller Group 20 7 'and a roller table 22. The remaining units on the population and exit sides of the manufacturing equipment in the second and third figures correspond to those in the first figure. Although specific embodiments of the present invention have been shown and described in detail to exemplify the principles of the present invention, it should be understood that the present invention can be embodied in other forms plus K without departing from this principle. (Please read the precautions on the back before filling out this page) Order Printed by the Employees Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs This paper standard is applicable to the Chinese National Standard (CNS) Α4 specification (210X297 mm)