A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Embedded part electromagnetic fixing method suitable for metal formwork
The invention relates to an embedded part electromagnetic fixing method suitable for a metal formwork. The embedded part electromagnetic fixing method comprises the steps that firstly, an embedded part is prepared; the embedded part is a first iron core; 2, preparing a second iron core; 3, a wire with an insulating layer is used for winding a coil around the second iron core, the end of the wire is connected with a direct-current power source, and a switch is arranged; fourthly, before concrete is poured, the first iron core is placed on the inner side of the metal formwork, and the second iron core corresponding to the first iron core of the embedded part is placed on the outer side of the metal formwork; 5, after direct current is switched on, the coil wound by the wire generates a magnetic field, the second iron core is magnetized, and strong suction force is generated to fix the embedded part, the metal template and the second iron core together; 6, after pouring is completed, the circuit switch is switched off, the coil does not generate a magnetic field any more, attraction disappears, and the three can be separated.
本发明涉及一种适用于金属模板的预埋件电磁固定方法，步骤一：准备预埋件；所述预埋件为第一铁芯；步骤二：准备第二铁芯；步骤三：使用带绝缘层的导线围绕第二铁芯绕制线圈，导线端部连接直流电源，并设置开关；步骤四：浇筑混凝土前，第一铁芯放置于金属模板内侧，第二铁芯对应预埋件第一铁芯位置置于金属模板外侧；步骤五：接通直流电后，导线绕制的线圈产生磁场，第二铁芯被磁化，产生强大吸力将预埋件、金属模板及第二铁芯三者固定在一起；步骤六：浇筑完成后断开电路开关，线圈不再产生磁场，吸力消失，三者即可分开。
Embedded part electromagnetic fixing method suitable for metal formwork
The invention relates to an embedded part electromagnetic fixing method suitable for a metal formwork. The embedded part electromagnetic fixing method comprises the steps that firstly, an embedded part is prepared; the embedded part is a first iron core; 2, preparing a second iron core; 3, a wire with an insulating layer is used for winding a coil around the second iron core, the end of the wire is connected with a direct-current power source, and a switch is arranged; fourthly, before concrete is poured, the first iron core is placed on the inner side of the metal formwork, and the second iron core corresponding to the first iron core of the embedded part is placed on the outer side of the metal formwork; 5, after direct current is switched on, the coil wound by the wire generates a magnetic field, the second iron core is magnetized, and strong suction force is generated to fix the embedded part, the metal template and the second iron core together; 6, after pouring is completed, the circuit switch is switched off, the coil does not generate a magnetic field any more, attraction disappears, and the three can be separated.
本发明涉及一种适用于金属模板的预埋件电磁固定方法，步骤一：准备预埋件；所述预埋件为第一铁芯；步骤二：准备第二铁芯；步骤三：使用带绝缘层的导线围绕第二铁芯绕制线圈，导线端部连接直流电源，并设置开关；步骤四：浇筑混凝土前，第一铁芯放置于金属模板内侧，第二铁芯对应预埋件第一铁芯位置置于金属模板外侧；步骤五：接通直流电后，导线绕制的线圈产生磁场，第二铁芯被磁化，产生强大吸力将预埋件、金属模板及第二铁芯三者固定在一起；步骤六：浇筑完成后断开电路开关，线圈不再产生磁场，吸力消失，三者即可分开。
Embedded part electromagnetic fixing method suitable for metal formwork
一种适用于金属模板的预埋件电磁固定方法
ZHANG SHIMAN (author) / LI GANG (author) / ZHAO ZELIN (author) / YONG ZHENGHAI (author) / FENG LINBO (author) / SHI QUNKAI (author)
2024-07-09
Patent
Electronic Resource
Chinese
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