A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CEMENT HARDENED BODY REMOVAL METHOD
PROBLEM TO BE SOLVED: To provide a cement hardened body removal method capable of removing easily a cement hardened body adhering onto an adhesion housing material, reducing labor, time and cost required for removal, and weakening a possibility of breakage of the adhesion housing material.SOLUTION: A cement hardened body removal method includes a removal step for arranging an adhesion housing material 4 under a cement hardened body removal environment for removing mortar 3 from the adhesion housing material 4, namely, a removal step including a heating environment in which the cement hardened body removal environment includes a heating furnace 7 capable of heating the mortar 3 adhering onto the adhesion housing material 4, and the adhesion housing material 4 is heated so that following formula is satisfied in the heating environment: 700[°C]≤T≤Ts[°C] (where, T: heating temperature[°C], Ts: firing temperature of the adhesion housing material 4 [°C]).SELECTED DRAWING: Figure 28
【課題】付着建材に付着したセメント硬化体を簡易に除去することが可能であると共に、除去に要する手間、時間、及び費用を削減することが可能であり、かつ付着建材の破損の可能性を低減することが可能なセメント硬化体除去方法を提供すること。【解決手段】セメント硬化体除去方法は、付着建材４からモルタル３を除去するセメント硬化体除去環境の下に、付着建材４を配置する除去工程であって、セメント硬化体除去環境は、付着建材４に付着したモルタル３を加熱可能な加熱炉７を備える加熱環境を含む除去工程を含み、加熱環境において、下記式を満たすように、付着建材４を加熱する。７００［℃］≦Ｔ≦Ｔｓ［℃］（ここで、Ｔ：加熱温度［℃］Ｔｓ：付着建材４の焼成温度［℃］）【選択図】図２８
CEMENT HARDENED BODY REMOVAL METHOD
PROBLEM TO BE SOLVED: To provide a cement hardened body removal method capable of removing easily a cement hardened body adhering onto an adhesion housing material, reducing labor, time and cost required for removal, and weakening a possibility of breakage of the adhesion housing material.SOLUTION: A cement hardened body removal method includes a removal step for arranging an adhesion housing material 4 under a cement hardened body removal environment for removing mortar 3 from the adhesion housing material 4, namely, a removal step including a heating environment in which the cement hardened body removal environment includes a heating furnace 7 capable of heating the mortar 3 adhering onto the adhesion housing material 4, and the adhesion housing material 4 is heated so that following formula is satisfied in the heating environment: 700[°C]≤T≤Ts[°C] (where, T: heating temperature[°C], Ts: firing temperature of the adhesion housing material 4 [°C]).SELECTED DRAWING: Figure 28
【課題】付着建材に付着したセメント硬化体を簡易に除去することが可能であると共に、除去に要する手間、時間、及び費用を削減することが可能であり、かつ付着建材の破損の可能性を低減することが可能なセメント硬化体除去方法を提供すること。【解決手段】セメント硬化体除去方法は、付着建材４からモルタル３を除去するセメント硬化体除去環境の下に、付着建材４を配置する除去工程であって、セメント硬化体除去環境は、付着建材４に付着したモルタル３を加熱可能な加熱炉７を備える加熱環境を含む除去工程を含み、加熱環境において、下記式を満たすように、付着建材４を加熱する。７００［℃］≦Ｔ≦Ｔｓ［℃］（ここで、Ｔ：加熱温度［℃］Ｔｓ：付着建材４の焼成温度［℃］）【選択図】図２８
CEMENT HARDENED BODY REMOVAL METHOD
セメント硬化体除去方法
YOSHIDA SHINGO (author) / MORITA SHO (author) / TAKAHASHI HIROSHI (author) / YAMAMOTO MASATO (author) / SUZUKI TAKAHIRO (author) / MATSUBARA MICHIHIKO (author) / HASUMI TAKASHI (author)
2017-01-26
Patent
Electronic Resource
Japanese
IPC:
C04B
Kalk
,
LIME
CEMENT HARDENED BODY PRODUCTION METHOD AND CEMENT HARDENED BODY
| European Patent Office | 2024
| European Patent Office | 2024