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Reinforcement cage binding device and method used for bending up longitudinal bars and suitable for different stirrups
The invention discloses a steel reinforcement cage binding device and method used for bending up longitudinal bars and suitable for different stirrups. The steel reinforcement cage binding device comprises a non-anchoring end formwork, an anchoring end formwork and a binding belt. The non-anchoring end formwork is used for inserting the non-anchoring end of the bent longitudinal bar, and the position and the size of the hole in the non-anchoring end formwork are calculated according to the position of the bent longitudinal bar of the reinforcement cage and the diameter of the section of the non-anchoring end under different stirrup forms. The non-anchoring end formwork can be taken out from a non-anchoring end structure of a bent longitudinal bar, the anchoring end formwork is used for determining the position of the anchoring end of the bent longitudinal bar, the position and the style of a groove of the anchoring end formwork are determined according to the size and the position of a hole formed in the non-anchoring end formwork, and after middle stirrups of a reinforcement cage are bound, the non-anchoring end formwork can be taken out from the non-anchoring end structure of the bent longitudinal bar. The anchoring end formwork can be taken out from the bent longitudinal bar anchoring end structure after the binding belt is cut off, the binding process of the reinforcement cage can be remarkably simplified, and then the construction efficiency and the component precision are improved.
本发明公开了一种用于弯起纵筋且适用不同箍筋钢筋笼绑扎装置及方法,包括非锚固端模板、锚固端模板和扎带;所述非锚固端模板用于弯起纵筋非锚固端的插入,且非锚固端模板上的开孔位置及大小是根据不同箍筋形式下钢筋笼的弯起纵筋位置和非锚固端截面直径进行计算的,当钢筋笼的中部箍筋绑扎完成后,所述非锚固端模板可从弯起纵筋非锚固端构造中取出,所述锚固端模板用于弯起纵筋锚固端的位置确定,且锚固端模板的凹槽位置和样式是根据非锚固端模板开孔的大小及位置来确定的,当钢筋笼的中部箍筋绑扎完成后,所述锚固端模板在剪断扎带后可从弯起纵筋锚固端构造中取出,本发明能显著简化钢筋笼的绑扎过程,进而提高施工效率和构件精度。
Reinforcement cage binding device and method used for bending up longitudinal bars and suitable for different stirrups
The invention discloses a steel reinforcement cage binding device and method used for bending up longitudinal bars and suitable for different stirrups. The steel reinforcement cage binding device comprises a non-anchoring end formwork, an anchoring end formwork and a binding belt. The non-anchoring end formwork is used for inserting the non-anchoring end of the bent longitudinal bar, and the position and the size of the hole in the non-anchoring end formwork are calculated according to the position of the bent longitudinal bar of the reinforcement cage and the diameter of the section of the non-anchoring end under different stirrup forms. The non-anchoring end formwork can be taken out from a non-anchoring end structure of a bent longitudinal bar, the anchoring end formwork is used for determining the position of the anchoring end of the bent longitudinal bar, the position and the style of a groove of the anchoring end formwork are determined according to the size and the position of a hole formed in the non-anchoring end formwork, and after middle stirrups of a reinforcement cage are bound, the non-anchoring end formwork can be taken out from the non-anchoring end structure of the bent longitudinal bar. The anchoring end formwork can be taken out from the bent longitudinal bar anchoring end structure after the binding belt is cut off, the binding process of the reinforcement cage can be remarkably simplified, and then the construction efficiency and the component precision are improved.
本发明公开了一种用于弯起纵筋且适用不同箍筋钢筋笼绑扎装置及方法,包括非锚固端模板、锚固端模板和扎带;所述非锚固端模板用于弯起纵筋非锚固端的插入,且非锚固端模板上的开孔位置及大小是根据不同箍筋形式下钢筋笼的弯起纵筋位置和非锚固端截面直径进行计算的,当钢筋笼的中部箍筋绑扎完成后,所述非锚固端模板可从弯起纵筋非锚固端构造中取出,所述锚固端模板用于弯起纵筋锚固端的位置确定,且锚固端模板的凹槽位置和样式是根据非锚固端模板开孔的大小及位置来确定的,当钢筋笼的中部箍筋绑扎完成后,所述锚固端模板在剪断扎带后可从弯起纵筋锚固端构造中取出,本发明能显著简化钢筋笼的绑扎过程,进而提高施工效率和构件精度。
Reinforcement cage binding device and method used for bending up longitudinal bars and suitable for different stirrups
一种用于弯起纵筋且适用不同箍筋钢筋笼绑扎装置及方法
WANG JIAHUI (author) / XIONG ZHE (author) / LIN LIANGHAO (author) / WANG HONGLIANG (author) / XIE PANGUI (author) / LUO GUOHUA (author)
2023-04-04
Patent
Electronic Resource
Chinese
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