Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Deformation joint wall thermal insulation integrated construction method
The invention relates to a deformation joint wall thermal insulation integrated construction method, which comprises the following steps: arranging a flexible section and a rigid section which are sequentially distributed on the surface of a common rock wool board, so that a composite thermal insulation board can realize deformation of different parts, arranging the composite thermal insulation board at the position of a deformation joint, binding shear wall steel bars at two sides of the composite thermal insulation board, and then, carrying out thermal insulation on the composite thermal insulation board. The shear wall formwork is erected, the formwork and the composite insulation board are fixed together in a penetrating mode through the three-section opposite-pulling screw rod to form opposite pulling, it is guaranteed that the position of the composite insulation board does not deviate, pouring of shear walls on the two sides can be conducted at the same time after fixing is completed, and after pouring is completed, the composite insulation board is left in a deformation joint to achieve the insulation effect. Meanwhile, due to the existence of the flexible section and the rigid section, even if the shear wall deforms unevenly, the composite insulation board can well adapt to and bear corresponding deformation, so that the safety and the stability of building components are guaranteed, and meanwhile, the reinforcing angle steel is arranged at the bottom of the formwork, so that the situation of root rotting can be prevented.
本发明涉及一种变形缝墙体保温一体化施工方法，在普通的岩棉板表面布设依次分布的柔性段和刚性段，使该复合保温板能够实现不同部位的形变，将该复合保温板布设在变形缝的位置，并在复合保温板两侧绑扎剪力墙钢筋，并支设剪力墙模板，使用三段式对拉螺杆将模板和复合保温板穿设固定在一起，形成对拉，保证复合保温板的位置不会发生偏移，固定完毕后可同时进行两侧剪力墙的浇筑，浇筑完毕后，复合保温板留在变形缝中，承担保温的效果，同时由于柔性段和刚性段的存在，即使剪力墙产生了不均匀的形变，复合保温板也能够很好的适配承担相应的变形，从而保证建筑构件的安全性和稳定性，同时在模板的底部布置加固角钢，能够防止烂根的情况发生。
Deformation joint wall thermal insulation integrated construction method
The invention relates to a deformation joint wall thermal insulation integrated construction method, which comprises the following steps: arranging a flexible section and a rigid section which are sequentially distributed on the surface of a common rock wool board, so that a composite thermal insulation board can realize deformation of different parts, arranging the composite thermal insulation board at the position of a deformation joint, binding shear wall steel bars at two sides of the composite thermal insulation board, and then, carrying out thermal insulation on the composite thermal insulation board. The shear wall formwork is erected, the formwork and the composite insulation board are fixed together in a penetrating mode through the three-section opposite-pulling screw rod to form opposite pulling, it is guaranteed that the position of the composite insulation board does not deviate, pouring of shear walls on the two sides can be conducted at the same time after fixing is completed, and after pouring is completed, the composite insulation board is left in a deformation joint to achieve the insulation effect. Meanwhile, due to the existence of the flexible section and the rigid section, even if the shear wall deforms unevenly, the composite insulation board can well adapt to and bear corresponding deformation, so that the safety and the stability of building components are guaranteed, and meanwhile, the reinforcing angle steel is arranged at the bottom of the formwork, so that the situation of root rotting can be prevented.
本发明涉及一种变形缝墙体保温一体化施工方法，在普通的岩棉板表面布设依次分布的柔性段和刚性段，使该复合保温板能够实现不同部位的形变，将该复合保温板布设在变形缝的位置，并在复合保温板两侧绑扎剪力墙钢筋，并支设剪力墙模板，使用三段式对拉螺杆将模板和复合保温板穿设固定在一起，形成对拉，保证复合保温板的位置不会发生偏移，固定完毕后可同时进行两侧剪力墙的浇筑，浇筑完毕后，复合保温板留在变形缝中，承担保温的效果，同时由于柔性段和刚性段的存在，即使剪力墙产生了不均匀的形变，复合保温板也能够很好的适配承担相应的变形，从而保证建筑构件的安全性和稳定性，同时在模板的底部布置加固角钢，能够防止烂根的情况发生。
Deformation joint wall thermal insulation integrated construction method
Patent
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