A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Pool structure of anti-cracking laminated wallboards and construction method
The invention relates to a pool structure of anti-cracking laminated wallboards and a construction method.The pool structure of the anti-cracking laminated wallboards comprises a plurality of laminated slab bottom plates, a reinforced concrete layer and a plurality of permanent formworks, the multiple laminated slab bottom plates are connected through bolts, each laminated slab bottom plate comprises an ultra-high-toughness concrete slab, and the reinforced concrete layer is arranged on the reinforced concrete slab; the ultrahigh-toughness concrete plate is positioned on one side of the laminated slab bottom plate along the thickness direction; the permanent formworks are connected with the laminated slab bottom plates in a one-to-one correspondence mode, each permanent formwork comprises a steel formwork and a heat preservation layer, the heat preservation layer is located on the side, away from the ultrahigh-toughness concrete slab, of the steel formwork, and a cavity is formed between the steel formwork and the ultrahigh-toughness concrete slab; the reinforced concrete layer is at least partially arranged in a cavity between the steel formwork and the ultrahigh-toughness concrete plate. The pool structure of the anti-cracking laminated wall plates has a better anti-cracking effect, so that the usability, the safety and the durability of the pool are improved.
本申请涉及一种防开裂叠合壁板的水池结构及施工方法，其中，防开裂叠合壁板的水池结构包括多个叠合板底板、钢筋混凝土层和多个永久模板，多个叠合板底板之间通过螺栓进行连接，叠合板底板包括超高韧性混凝土板，超高韧性混凝土板位于叠合板底板沿厚度方向的一侧；多个永久模板与多个叠合板底板一一对应连接，永久模板包括钢模板和保温层，保温层位于钢模板背离超高韧性混凝土板的一侧，钢模板与超高韧性混凝土板之间具有空腔；钢筋混凝土层至少部分设置于钢模板与超高韧性混凝土板之间的空腔内。该防开裂叠合壁板的水池结构具有更好的防开裂效果，从而提高了水池的使用性、安全性和耐久性。
Pool structure of anti-cracking laminated wallboards and construction method
The invention relates to a pool structure of anti-cracking laminated wallboards and a construction method.The pool structure of the anti-cracking laminated wallboards comprises a plurality of laminated slab bottom plates, a reinforced concrete layer and a plurality of permanent formworks, the multiple laminated slab bottom plates are connected through bolts, each laminated slab bottom plate comprises an ultra-high-toughness concrete slab, and the reinforced concrete layer is arranged on the reinforced concrete slab; the ultrahigh-toughness concrete plate is positioned on one side of the laminated slab bottom plate along the thickness direction; the permanent formworks are connected with the laminated slab bottom plates in a one-to-one correspondence mode, each permanent formwork comprises a steel formwork and a heat preservation layer, the heat preservation layer is located on the side, away from the ultrahigh-toughness concrete slab, of the steel formwork, and a cavity is formed between the steel formwork and the ultrahigh-toughness concrete slab; the reinforced concrete layer is at least partially arranged in a cavity between the steel formwork and the ultrahigh-toughness concrete plate. The pool structure of the anti-cracking laminated wall plates has a better anti-cracking effect, so that the usability, the safety and the durability of the pool are improved.
本申请涉及一种防开裂叠合壁板的水池结构及施工方法，其中，防开裂叠合壁板的水池结构包括多个叠合板底板、钢筋混凝土层和多个永久模板，多个叠合板底板之间通过螺栓进行连接，叠合板底板包括超高韧性混凝土板，超高韧性混凝土板位于叠合板底板沿厚度方向的一侧；多个永久模板与多个叠合板底板一一对应连接，永久模板包括钢模板和保温层，保温层位于钢模板背离超高韧性混凝土板的一侧，钢模板与超高韧性混凝土板之间具有空腔；钢筋混凝土层至少部分设置于钢模板与超高韧性混凝土板之间的空腔内。该防开裂叠合壁板的水池结构具有更好的防开裂效果，从而提高了水池的使用性、安全性和耐久性。
Pool structure of anti-cracking laminated wallboards and construction method
一种防开裂叠合壁板的水池结构及施工方法
YANG SHUANGLONG (author) / WANG HENG (author) / JIA JIANGUO (author) / LIN YIFENG (author) / LU FANG (author) / JEON YOONOK (author) / QIU TIANYI (author) / HE JIE (author)
2024-12-13
Patent
Electronic Resource
Chinese
Connecting structure and method applied to fabricated pool wallboards
| European Patent Office | 2022
| European Patent Office | 2021