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A platform for research: civil engineering, architecture and urbanism
Connecting mechanism and connecting method for prestressed reinforcement and bearing platform reinforcement
The invention relates to a prestressed reinforcement and bearing platform reinforcement connecting mechanism and method, a fastening connecting piece of the connecting mechanism is in a sleeve shape, and a first inner threaded hole is formed in one end of the fastening connecting piece; a fastening hole is formed in the other end of the fastening connecting piece, and the fastening hole is communicated with the first inner threaded hole; the clamping piece is operably mounted in the fastening hole; the prestressed reinforcements can be sleeved and fixed in the fastening holes through the clamping pieces and the fastening connecting pieces, so that fixed connection of the prestressed reinforcements is realized; the bent anchor adapter comprises a first adapter rod body and a second adapter rod body, an external thread is formed on the first adapter rod body, and a second internal thread hole is formed in the second adapter rod body; the first adapter rod body is in threaded connection with the fastening connecting piece in an operable mode, the second adapter rod body can be connected with the bearing platform reinforcing steel bar, the axis of the first adapter rod body and the axis of the second adapter rod body are arranged in an included angle mode, and the problem that large-diameter reinforcing steel bars such as prestressed reinforcing steel bars and the bearing platform reinforcing steel bar are difficult to bend can be solved.
本发明申请涉及一种预应力钢筋与承台钢筋连接机构及连接方法，连接机构的紧固连接件呈套筒状，紧固连接件的一端形成有第一内螺纹孔；紧固连接件的另一端形成有紧固孔，紧固孔与第一内螺纹孔相连通；夹片可操作性地安装在紧固孔内；通过夹片和紧固连接件，可以将预应力钢筋套接固定在紧固孔内，实现预应力钢筋的固定连接；而弯锚转接件包括第一转接杆体和第二转接杆体，第一转接杆体上形成有外螺纹，第二转接杆体上形成有第二内螺纹孔；第一转接杆体可操作性的与紧固连接件螺接，第二转接杆体可与承台钢筋连接，第一转接杆体和第二转接杆体的轴线呈夹角布置，能够解决预应力钢筋与承台钢筋这类大直径钢筋弯折困难的问题。
Connecting mechanism and connecting method for prestressed reinforcement and bearing platform reinforcement
The invention relates to a prestressed reinforcement and bearing platform reinforcement connecting mechanism and method, a fastening connecting piece of the connecting mechanism is in a sleeve shape, and a first inner threaded hole is formed in one end of the fastening connecting piece; a fastening hole is formed in the other end of the fastening connecting piece, and the fastening hole is communicated with the first inner threaded hole; the clamping piece is operably mounted in the fastening hole; the prestressed reinforcements can be sleeved and fixed in the fastening holes through the clamping pieces and the fastening connecting pieces, so that fixed connection of the prestressed reinforcements is realized; the bent anchor adapter comprises a first adapter rod body and a second adapter rod body, an external thread is formed on the first adapter rod body, and a second internal thread hole is formed in the second adapter rod body; the first adapter rod body is in threaded connection with the fastening connecting piece in an operable mode, the second adapter rod body can be connected with the bearing platform reinforcing steel bar, the axis of the first adapter rod body and the axis of the second adapter rod body are arranged in an included angle mode, and the problem that large-diameter reinforcing steel bars such as prestressed reinforcing steel bars and the bearing platform reinforcing steel bar are difficult to bend can be solved.
本发明申请涉及一种预应力钢筋与承台钢筋连接机构及连接方法，连接机构的紧固连接件呈套筒状，紧固连接件的一端形成有第一内螺纹孔；紧固连接件的另一端形成有紧固孔，紧固孔与第一内螺纹孔相连通；夹片可操作性地安装在紧固孔内；通过夹片和紧固连接件，可以将预应力钢筋套接固定在紧固孔内，实现预应力钢筋的固定连接；而弯锚转接件包括第一转接杆体和第二转接杆体，第一转接杆体上形成有外螺纹，第二转接杆体上形成有第二内螺纹孔；第一转接杆体可操作性的与紧固连接件螺接，第二转接杆体可与承台钢筋连接，第一转接杆体和第二转接杆体的轴线呈夹角布置，能够解决预应力钢筋与承台钢筋这类大直径钢筋弯折困难的问题。
Connecting mechanism and connecting method for prestressed reinforcement and bearing platform reinforcement
一种预应力钢筋与承台钢筋连接机构及连接方法
CHEN LINKANG (author) / LIU JIE (author) / ZHU SHENGZHEN (author) / WU CHUANMENG (author) / YUAN YE (author) / CHEN YUANCHAO (author) / XIE JINCAN (author)
2023-11-03
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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