A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Recyclable steel strand construction method
The invention relates to the technical field of building construction, in particular to a recyclable steel strand construction method. The method comprises the following steps: S1, presetting a steel strand, a fusible alloy wire and two electric wires; s2, one side of the steel strand and the alloy wire are connected in an inserted mode to form a connecting section; s3, the end part of one electric wire is welded and fused with the inner end of the connecting section, and the end part of the other electric wire is welded and fused with the rod body of the alloy wire; s4, the steel strand and the electric wire penetrate into the PVC sleeve, and concrete blocks are poured on the outer sides of the same ends of the PVC sleeve, the steel strand, the alloy wire and the electric wire; s5, after hole forming and grouting are conducted through the drilling equipment, the end where the concrete block is located is placed in a designated position; s6, electrifying the electric wire to melt the alloy wire, and drawing out the steel strand and the electric wire by using a jack after the ammeter detects that the fusible material is fused; the steel strand can be recycled, the problem of one-time use of the steel strand is fundamentally solved, the steel strand can be used for the second time, the material utilization rate is increased, and funds are saved.
本发明涉及建筑施工技术领域，具体是一种可循环钢绞线施工方法。S1：预设钢绞线、可融的合金线和两根电线；S2：钢绞线一侧与合金线之间插接相连形成连接段；S3：一根电线的端部与连接段的内端焊融，另一根电线的端部与合金线的杆体之间焊融；S4：钢绞线和电线穿入PVC套管中，并在PVC套管、钢绞线、合金线和电线的同一端外侧浇筑混凝土块；S5：在钻孔设备成孔灌浆后，将混凝土块所在端放入指定位置；S6：将电线进行通电使合金线融化，电流表检测可熔材料熔断后，利用千斤顶将钢绞线与电线抽出；钢绞线可以进行回收利用，根本上解决钢绞线一次性使用问题，钢绞线可进行二次使用，提高材料利用率，节约资金。
Recyclable steel strand construction method
The invention relates to the technical field of building construction, in particular to a recyclable steel strand construction method. The method comprises the following steps: S1, presetting a steel strand, a fusible alloy wire and two electric wires; s2, one side of the steel strand and the alloy wire are connected in an inserted mode to form a connecting section; s3, the end part of one electric wire is welded and fused with the inner end of the connecting section, and the end part of the other electric wire is welded and fused with the rod body of the alloy wire; s4, the steel strand and the electric wire penetrate into the PVC sleeve, and concrete blocks are poured on the outer sides of the same ends of the PVC sleeve, the steel strand, the alloy wire and the electric wire; s5, after hole forming and grouting are conducted through the drilling equipment, the end where the concrete block is located is placed in a designated position; s6, electrifying the electric wire to melt the alloy wire, and drawing out the steel strand and the electric wire by using a jack after the ammeter detects that the fusible material is fused; the steel strand can be recycled, the problem of one-time use of the steel strand is fundamentally solved, the steel strand can be used for the second time, the material utilization rate is increased, and funds are saved.
本发明涉及建筑施工技术领域，具体是一种可循环钢绞线施工方法。S1：预设钢绞线、可融的合金线和两根电线；S2：钢绞线一侧与合金线之间插接相连形成连接段；S3：一根电线的端部与连接段的内端焊融，另一根电线的端部与合金线的杆体之间焊融；S4：钢绞线和电线穿入PVC套管中，并在PVC套管、钢绞线、合金线和电线的同一端外侧浇筑混凝土块；S5：在钻孔设备成孔灌浆后，将混凝土块所在端放入指定位置；S6：将电线进行通电使合金线融化，电流表检测可熔材料熔断后，利用千斤顶将钢绞线与电线抽出；钢绞线可以进行回收利用，根本上解决钢绞线一次性使用问题，钢绞线可进行二次使用，提高材料利用率，节约资金。
Recyclable steel strand construction method
可循环钢绞线施工方法
LEE JOONG-YUB (author) / ZHOU ZHIQUN (author) / LI BO (author) / LIU ENCHAO (author) / ZHU JIALONG (author) / WANG BO (author) / LIU YIZE (author) / PAN CHANG'AN (author) / LIU HAN (author)
2024-08-02
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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