A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Multifunctional integrated mounting structure of fabricated building wall
The invention discloses a multifunctional integrated mounting structure of a fabricated building wall, which comprises a plurality of frames for limiting the wall, the middle of each frame is provided with a material storage shell, the interior of each material storage shell is provided with a push plate, the opposite surface of each push plate is provided with a groove for covering the outer side surface of the wall with a layer of concrete slurry, and the outer side surface of the wall is provided with a layer of concrete slurry. Limiting openings communicating with the material storage shell are formed in the opposite faces of the frame body, baffles for blocking the opening of the material storage shell are arranged in the limiting openings, and adjusting mechanisms for driving the frame body to move are installed at the corners of the upper portion of the frame body. The device is simple in structure, a descending wall can be limited at a high position through the height of the frame body, the stability during installation is improved, internal concrete slurry can be injected into the wall along the grouting hole at a time through the pushing plate which extrudes inwards, the efficiency is greatly improved, and due to the fact that the groove is formed in the pushing plate, the concrete slurry can be poured into the wall along the grouting hole at the end of grouting, and the construction efficiency is greatly improved. And redundant concrete slurry can directly cover the outer surface of the wall body.
本发明公开了一种装配式建筑墙体的多功能集成安装结构，包括多块用于限制墙体的框体，所述框体的中间处均安装有存料壳，存料壳的内部均设有推板，推板的相对面上均设有将一层混凝土浆料覆盖在墙体外侧面上的凹槽，框体的相对面上均设有与存料壳连通的限位口，限位口中均设有将存料壳开口挡住的挡板，框体上方的角部均安装有带动框体移动的调节机构。本发明结构简单，通过框体的高度能在高处对下降的墙体进行限位，增加了安装时的稳定性，且通过向内挤压的推板能将内部的混凝土浆料一次性顺着注浆孔注入到墙体的内部，大大的增加了效率，且由于推板上设有凹槽，在注浆到最后，多余的混凝土浆料能直接的覆盖在墙体的外表面上。
Multifunctional integrated mounting structure of fabricated building wall
The invention discloses a multifunctional integrated mounting structure of a fabricated building wall, which comprises a plurality of frames for limiting the wall, the middle of each frame is provided with a material storage shell, the interior of each material storage shell is provided with a push plate, the opposite surface of each push plate is provided with a groove for covering the outer side surface of the wall with a layer of concrete slurry, and the outer side surface of the wall is provided with a layer of concrete slurry. Limiting openings communicating with the material storage shell are formed in the opposite faces of the frame body, baffles for blocking the opening of the material storage shell are arranged in the limiting openings, and adjusting mechanisms for driving the frame body to move are installed at the corners of the upper portion of the frame body. The device is simple in structure, a descending wall can be limited at a high position through the height of the frame body, the stability during installation is improved, internal concrete slurry can be injected into the wall along the grouting hole at a time through the pushing plate which extrudes inwards, the efficiency is greatly improved, and due to the fact that the groove is formed in the pushing plate, the concrete slurry can be poured into the wall along the grouting hole at the end of grouting, and the construction efficiency is greatly improved. And redundant concrete slurry can directly cover the outer surface of the wall body.
本发明公开了一种装配式建筑墙体的多功能集成安装结构，包括多块用于限制墙体的框体，所述框体的中间处均安装有存料壳，存料壳的内部均设有推板，推板的相对面上均设有将一层混凝土浆料覆盖在墙体外侧面上的凹槽，框体的相对面上均设有与存料壳连通的限位口，限位口中均设有将存料壳开口挡住的挡板，框体上方的角部均安装有带动框体移动的调节机构。本发明结构简单，通过框体的高度能在高处对下降的墙体进行限位，增加了安装时的稳定性，且通过向内挤压的推板能将内部的混凝土浆料一次性顺着注浆孔注入到墙体的内部，大大的增加了效率，且由于推板上设有凹槽，在注浆到最后，多余的混凝土浆料能直接的覆盖在墙体的外表面上。
Multifunctional integrated mounting structure of fabricated building wall
一种装配式建筑墙体的多功能集成安装结构
LI DIAN (author) / LI GUIYONG (author) / WU HONGLIANG (author) / LI SIWEI (author) / LI MEILING (author)
2024-05-24
Patent
Electronic Resource
Chinese