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Restraint reinforcing system for partition-free steel-concrete structural member and manufacturing method
The invention discloses a restraining and reinforcing system of a partition-free steel-concrete structural component and a manufacturing method.The restraining and reinforcing system of the partition-free steel-concrete structural component comprises a steel component, the steel component is provided with a cavity used for pouring concrete, a plurality of mortise and tenon piles are fixedly arranged in the cavity, and a functional material layer is arranged on the surface of the steel component; the ends of the mortise and tenon piles penetrate through the functional material layer, constraint wires are arranged at the ends of the mortise and tenon piles, all the constraint wires form a constraint net located on the outer side of the functional material layer, and a surface hardening layer is formed on the outer side of the constraint net in site construction. The restraining and reinforcing system for the partition-free steel-concrete structural part is convenient to construct, high in manufacturing cost, short in construction period and high in industrialization degree; and moreover, the deformation and falling of the functional material layer can be effectively avoided, the safety is high, the service life of the functional material layer can be prolonged, and a certain reinforcing effect on the structural part is achieved.
本发明公开了一种无隔板钢‑混凝土结构件的约束加固体系及制作方法，该无隔板钢‑混凝土结构件的约束加固体系包括钢构件，钢构件具有用于浇筑混凝土的型腔，型腔内固定设置有若干个卯榫桩，钢构件的表面设置有功能材料层，卯榫桩的端部穿过功能材料层设置，且卯榫桩的端部均设置有约束丝，所有约束丝形成位于功能材料层外侧的约束网，约束网外侧在现场施工形成有表面硬化层。上述无隔板钢‑混凝土结构件的约束加固体系不仅施工方便，制作成本高，施工周期短，工业化程度高；而且能有效避免了功能材料层变形和脱落的发生，安全性高，能够延长了功能材料层的使用寿命，对结构件起到一定的加固作用。
Restraint reinforcing system for partition-free steel-concrete structural member and manufacturing method
The invention discloses a restraining and reinforcing system of a partition-free steel-concrete structural component and a manufacturing method.The restraining and reinforcing system of the partition-free steel-concrete structural component comprises a steel component, the steel component is provided with a cavity used for pouring concrete, a plurality of mortise and tenon piles are fixedly arranged in the cavity, and a functional material layer is arranged on the surface of the steel component; the ends of the mortise and tenon piles penetrate through the functional material layer, constraint wires are arranged at the ends of the mortise and tenon piles, all the constraint wires form a constraint net located on the outer side of the functional material layer, and a surface hardening layer is formed on the outer side of the constraint net in site construction. The restraining and reinforcing system for the partition-free steel-concrete structural part is convenient to construct, high in manufacturing cost, short in construction period and high in industrialization degree; and moreover, the deformation and falling of the functional material layer can be effectively avoided, the safety is high, the service life of the functional material layer can be prolonged, and a certain reinforcing effect on the structural part is achieved.
本发明公开了一种无隔板钢‑混凝土结构件的约束加固体系及制作方法，该无隔板钢‑混凝土结构件的约束加固体系包括钢构件，钢构件具有用于浇筑混凝土的型腔，型腔内固定设置有若干个卯榫桩，钢构件的表面设置有功能材料层，卯榫桩的端部穿过功能材料层设置，且卯榫桩的端部均设置有约束丝，所有约束丝形成位于功能材料层外侧的约束网，约束网外侧在现场施工形成有表面硬化层。上述无隔板钢‑混凝土结构件的约束加固体系不仅施工方便，制作成本高，施工周期短，工业化程度高；而且能有效避免了功能材料层变形和脱落的发生，安全性高，能够延长了功能材料层的使用寿命，对结构件起到一定的加固作用。
Restraint reinforcing system for partition-free steel-concrete structural member and manufacturing method
一种无隔板钢-混凝土结构件的约束加固体系及制作方法
YI SHUYUN (author) / LYU QINGFANG (author) / WU JING (author) / LIU WENLONG (author) / YI SHIGUI (author)
2022-11-11
Patent
Electronic Resource
Chinese
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