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A platform for research: civil engineering, architecture and urbanism
STAINLESS REINFORCEMENT BAR STRENGTHENING UNDERGROUND MOLD
To provide an underground mold reinforced with stainless reinforcement bar capable of thin weight saving, improving workability by a simplification of an assembly method and functioning as a part of the body integrated completely with an after installment concrete.SOLUTION: It is characterized in that a stainless reinforcement bar is arranged vertically and horizontally in a grid shape inside of the body of an underground mold consisting of concrete molding, a truss shape steel member processed in a spire shape is mounted so that a straight line part is embedded into the underground mold inside and an internal timbering is connected via the truss shape steel member.SELECTED DRAWING: Figure 1
【課題】薄肉軽量化を可能とし、組立方法の簡略化により施工性を向上させ、後打ちコンクリートと完全に一体化して本体の一部として機能するステンレス鉄筋で補強した埋設型枠を提供する。【解決手段】コンクリート成形体からなる埋設型枠の本体内部にステンレス鉄筋を縦横に格子状に配置し、尖塔状に加工したトラス状鋼材を、直線部分を埋設型枠内部に埋め込む形で取り付け、トラス状鋼材を介して内部支保工を接続することを特徴とする。【選択図】図１
STAINLESS REINFORCEMENT BAR STRENGTHENING UNDERGROUND MOLD
To provide an underground mold reinforced with stainless reinforcement bar capable of thin weight saving, improving workability by a simplification of an assembly method and functioning as a part of the body integrated completely with an after installment concrete.SOLUTION: It is characterized in that a stainless reinforcement bar is arranged vertically and horizontally in a grid shape inside of the body of an underground mold consisting of concrete molding, a truss shape steel member processed in a spire shape is mounted so that a straight line part is embedded into the underground mold inside and an internal timbering is connected via the truss shape steel member.SELECTED DRAWING: Figure 1
【課題】薄肉軽量化を可能とし、組立方法の簡略化により施工性を向上させ、後打ちコンクリートと完全に一体化して本体の一部として機能するステンレス鉄筋で補強した埋設型枠を提供する。【解決手段】コンクリート成形体からなる埋設型枠の本体内部にステンレス鉄筋を縦横に格子状に配置し、尖塔状に加工したトラス状鋼材を、直線部分を埋設型枠内部に埋め込む形で取り付け、トラス状鋼材を介して内部支保工を接続することを特徴とする。【選択図】図１
STAINLESS REINFORCEMENT BAR STRENGTHENING UNDERGROUND MOLD
ステンレス鉄筋補強埋設型枠
SHINODA YOSHIO (author)
2019-10-31
Patent
Electronic Resource
Japanese
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