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Connecting structure of prefabricated parts and connecting method of prefabricated parts
The connecting structure comprises two horizontally adjacent prefabricated parts, each prefabricated part comprises a part main body and a horizontal reinforcing steel bar, the front side and the rear side of the side end of each part main body in the thickness direction extend in the length direction of the part main body to form wing limbs, and the horizontal reinforcing steel bars extend in the length direction of the part main bodies. Therefore, an edge cavity penetrating from top to bottom is formed between the two side wing limbs, and after two horizontally adjacent prefabricated parts are in butt joint, the edge cavities of the two prefabricated parts are in butt joint to form a cast-in-place area; one side of the two side wing limbs is relatively long, and the other side of the two side wing limbs is relatively short, so that the relatively long side wing limb forms dense splicing connection, and the relatively short side wing limb forms non-dense splicing connection, or one side of the front and rear sides of the side end of the component main body in the thickness direction extends along the length direction of the component main body to form a wing limb, and the other side of the component main body extends along the length direction of the component main body. After two horizontally adjacent prefabricated parts are in butt joint, the sides with the wing limbs form dense splicing connection, and the sides without the wing limbs form non-dense splicing connection.
本发明公开了一种预制构件的连接结构、预制构件的连接方法，包括两个水平相邻的预制构件，预制构件的包括构件主体和水平钢筋，构件主体的侧端在厚度方向上的前后两侧分别沿着构件主体长度方向延伸形成翼肢，从而在两侧翼肢之间形成自上而下贯通的边缘空腔，使得水平相邻的两个预制构件对接后，彼此的边缘空腔对接形成现浇区；两侧翼肢中一侧较长，另一侧较短，从而使得较长的一侧翼肢形成密拼连接，较短的一侧翼肢形成非密拼连接，或者，构件主体的侧端在厚度方向上的前后两侧中，其中一侧沿着构件主体长度方向延伸形成翼肢，使得水平相邻的两个预制构件对接后，具有翼肢的一侧形成密拼连接，不具有翼肢的一侧形成非密拼连接。
Connecting structure of prefabricated parts and connecting method of prefabricated parts
The connecting structure comprises two horizontally adjacent prefabricated parts, each prefabricated part comprises a part main body and a horizontal reinforcing steel bar, the front side and the rear side of the side end of each part main body in the thickness direction extend in the length direction of the part main body to form wing limbs, and the horizontal reinforcing steel bars extend in the length direction of the part main bodies. Therefore, an edge cavity penetrating from top to bottom is formed between the two side wing limbs, and after two horizontally adjacent prefabricated parts are in butt joint, the edge cavities of the two prefabricated parts are in butt joint to form a cast-in-place area; one side of the two side wing limbs is relatively long, and the other side of the two side wing limbs is relatively short, so that the relatively long side wing limb forms dense splicing connection, and the relatively short side wing limb forms non-dense splicing connection, or one side of the front and rear sides of the side end of the component main body in the thickness direction extends along the length direction of the component main body to form a wing limb, and the other side of the component main body extends along the length direction of the component main body. After two horizontally adjacent prefabricated parts are in butt joint, the sides with the wing limbs form dense splicing connection, and the sides without the wing limbs form non-dense splicing connection.
本发明公开了一种预制构件的连接结构、预制构件的连接方法，包括两个水平相邻的预制构件，预制构件的包括构件主体和水平钢筋，构件主体的侧端在厚度方向上的前后两侧分别沿着构件主体长度方向延伸形成翼肢，从而在两侧翼肢之间形成自上而下贯通的边缘空腔，使得水平相邻的两个预制构件对接后，彼此的边缘空腔对接形成现浇区；两侧翼肢中一侧较长，另一侧较短，从而使得较长的一侧翼肢形成密拼连接，较短的一侧翼肢形成非密拼连接，或者，构件主体的侧端在厚度方向上的前后两侧中，其中一侧沿着构件主体长度方向延伸形成翼肢，使得水平相邻的两个预制构件对接后，具有翼肢的一侧形成密拼连接，不具有翼肢的一侧形成非密拼连接。
Connecting structure of prefabricated parts and connecting method of prefabricated parts
预制构件的连接结构、预制构件的连接方法
ZHU FENGQI (author)
2024-12-20
Patent
Electronic Resource
Chinese
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