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FLUID SOLIDIFICATION MATERIAL FILLING MANAGEMENT METHOD, FLUID SOLIDIFICATION MATERIAL FILLING MANAGEMENT SYSTEM, AND FORM FOR FLUID SOLIDIFICATION MATERIAL FILLING MANAGEMENT
To improve the easiness in grasping the state of filling or solidifying a fluid solidification material.SOLUTION: In a method of filling management for a fluid solidification material, a pressure sensor 22 for detecting a pressure distribution of an inner surface 11 is arranged on the inner surface 11 of a space 10 filled with a fluid solidification material 30 by an arrangement step; in a filling step, the space is filled with the fluid solidification material 30 after the arrangement step; in an illustrated step, after the filling step, a pressure distribution of the inner surface 11 detected by the pressure sensor 22 disposed in the arrangement step is illustrated by any one of a gray level, a color, and an isobaric line corresponding to the pressure distribution, so that the ease of grasp of the pressure distribution of the inner surface 11, that is, the state of filling and solidification of the fluid solidification material 30 can be improved.SELECTED DRAWING: Figure 7
【課題】流動性固化材の充填や固化の状態の把握し易さを向上させる。【解決手段】流動性固化材の充填管理方法において、配置工程により、流動性固化材３０が充填される空間１０の内面１１に内面１１の圧力分布を検出する圧力センサ２２が配置され、充填工程により、配置工程の後に空間に流動性固化材３０が充填され、図示工程により、充填工程の後に、配置工程で配置された圧力センサ２２により検出された内面１１の圧力分布が圧力分布に応じた濃淡、色彩及び等圧線のいずれかにより図示されるため、内面１１の圧力の分布、すなわち、流動性固化材３０の充填や固化の状態の把握し易さが向上する。【選択図】図７
FLUID SOLIDIFICATION MATERIAL FILLING MANAGEMENT METHOD, FLUID SOLIDIFICATION MATERIAL FILLING MANAGEMENT SYSTEM, AND FORM FOR FLUID SOLIDIFICATION MATERIAL FILLING MANAGEMENT
To improve the easiness in grasping the state of filling or solidifying a fluid solidification material.SOLUTION: In a method of filling management for a fluid solidification material, a pressure sensor 22 for detecting a pressure distribution of an inner surface 11 is arranged on the inner surface 11 of a space 10 filled with a fluid solidification material 30 by an arrangement step; in a filling step, the space is filled with the fluid solidification material 30 after the arrangement step; in an illustrated step, after the filling step, a pressure distribution of the inner surface 11 detected by the pressure sensor 22 disposed in the arrangement step is illustrated by any one of a gray level, a color, and an isobaric line corresponding to the pressure distribution, so that the ease of grasp of the pressure distribution of the inner surface 11, that is, the state of filling and solidification of the fluid solidification material 30 can be improved.SELECTED DRAWING: Figure 7
【課題】流動性固化材の充填や固化の状態の把握し易さを向上させる。【解決手段】流動性固化材の充填管理方法において、配置工程により、流動性固化材３０が充填される空間１０の内面１１に内面１１の圧力分布を検出する圧力センサ２２が配置され、充填工程により、配置工程の後に空間に流動性固化材３０が充填され、図示工程により、充填工程の後に、配置工程で配置された圧力センサ２２により検出された内面１１の圧力分布が圧力分布に応じた濃淡、色彩及び等圧線のいずれかにより図示されるため、内面１１の圧力の分布、すなわち、流動性固化材３０の充填や固化の状態の把握し易さが向上する。【選択図】図７
FLUID SOLIDIFICATION MATERIAL FILLING MANAGEMENT METHOD, FLUID SOLIDIFICATION MATERIAL FILLING MANAGEMENT SYSTEM, AND FORM FOR FLUID SOLIDIFICATION MATERIAL FILLING MANAGEMENT
流動性固化材の充填管理方法、流動性固化材の充填管理システム及び流動性固化材の充填管理用型枠
KOBAYASHI KIYOSHI (author) / KATAMURA RYUTA (author) / YANAI SHUJI (author) / KURATA KAZUHIDE (author) / FUJITA YUSAKU (author)
2020-01-09
Patent
Electronic Resource
Japanese
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