A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CONSTRUCTION METHOD FOR HEATING FURNACE
PROBLEM TO BE SOLVED: To provide a construction method for a heating furnace, in which, in a case where a new walking beam type heating furnace including furnace wall is established, it may be established at a shortened establishing period.SOLUTION: A construction method for heating furnace of the present invention comprises a divided furnace body structure construction step, a gate shape crane establishment step, a divided furnace body transportation step, a divided furnace body inner factory movement step, a divided furnace body establishment step, and a divided furnace body connection step. In the divided furnace body structure construction step, a reinforcement criterion beam 7 which prevents deformation in furnace body and is a criterion for level adjustment is establishment on upper surface of a moving frame 5 and the furnace body is constructed on the reinforcement criterion beam 7 while executing level adjustment. The divided furnace body connection step includes a reinforcement criterion beam removing step where connection of furnace bodies each other and connection of the moving frames 5 each other, and after completion of connection of all of the divided furnace bodies, the reinforcement criterion beam 7 is cut and removed.SELECTED DRAWING: Figure 1
【課題】ウォーキングビーム式の加熱炉を炉壁を含めて新設する場合において工期を短縮して構築できる加熱炉の構築方法を提供する。【解決手段】本発明の加熱炉の構築方法は、分割炉体構造物構築工程と、門形クレーン設置工程と、分割炉体構造物搬入工程と、分割炉体構造物工場内移動工程と、分割炉体構造物設置工程と、分割炉体構造物接続工程とを備え前記分割炉体構造物構築工程は、移動フレーム５の上面に炉体の変形を防止すると共にレベル調整の基準となる補強基準ビーム７を設置して、補強基準ビーム７の上にレベル調整を行いながら炉体を構築するものであり、前記分割炉体構造物接続工程は、炉体同士の接続と移動フレーム５同士の接続を含み、かつ全ての分割炉体構造物の接続が完了した後に、補強基準ビーム７を切断して除去する補強基準ビーム除去工程を含むことを特徴とするものである。【選択図】 図１
CONSTRUCTION METHOD FOR HEATING FURNACE
PROBLEM TO BE SOLVED: To provide a construction method for a heating furnace, in which, in a case where a new walking beam type heating furnace including furnace wall is established, it may be established at a shortened establishing period.SOLUTION: A construction method for heating furnace of the present invention comprises a divided furnace body structure construction step, a gate shape crane establishment step, a divided furnace body transportation step, a divided furnace body inner factory movement step, a divided furnace body establishment step, and a divided furnace body connection step. In the divided furnace body structure construction step, a reinforcement criterion beam 7 which prevents deformation in furnace body and is a criterion for level adjustment is establishment on upper surface of a moving frame 5 and the furnace body is constructed on the reinforcement criterion beam 7 while executing level adjustment. The divided furnace body connection step includes a reinforcement criterion beam removing step where connection of furnace bodies each other and connection of the moving frames 5 each other, and after completion of connection of all of the divided furnace bodies, the reinforcement criterion beam 7 is cut and removed.SELECTED DRAWING: Figure 1
【課題】ウォーキングビーム式の加熱炉を炉壁を含めて新設する場合において工期を短縮して構築できる加熱炉の構築方法を提供する。【解決手段】本発明の加熱炉の構築方法は、分割炉体構造物構築工程と、門形クレーン設置工程と、分割炉体構造物搬入工程と、分割炉体構造物工場内移動工程と、分割炉体構造物設置工程と、分割炉体構造物接続工程とを備え前記分割炉体構造物構築工程は、移動フレーム５の上面に炉体の変形を防止すると共にレベル調整の基準となる補強基準ビーム７を設置して、補強基準ビーム７の上にレベル調整を行いながら炉体を構築するものであり、前記分割炉体構造物接続工程は、炉体同士の接続と移動フレーム５同士の接続を含み、かつ全ての分割炉体構造物の接続が完了した後に、補強基準ビーム７を切断して除去する補強基準ビーム除去工程を含むことを特徴とするものである。【選択図】 図１
CONSTRUCTION METHOD FOR HEATING FURNACE
加熱炉の構築方法
NODA KAZUYA (author) / SHIRAGAMI YUJI (author) / MORIKAWA RYOTA (author)
2017-09-21
Patent
Electronic Resource
Japanese
Segmented pre-assembly construction method for cylindrical fragmented heating furnace
| European Patent Office | 2021
HEATING FURNACE AND PRODUCING METHOD OF GRAPHITE USING HEATING FURNACE
| European Patent Office | 2020
Heating furnace PHC pile group construction method under complex conditions
| European Patent Office | 2022
Modularized building construction method for petrochemical engineering tubular heating furnace
| European Patent Office | 2022
| European Patent Office | 2017