A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a self-formwork heat-preservation concrete wall. The self-formwork heat-preservation concrete wall comprises a plurality of heat-insulation plates, wherein the plurality of heat-insulation plates are arranged in parallel in pairs; each set of heat-insulation plates comprises two symmetrically-arranged heat-insulation plates; four steel bars are arranged on each set of heat-insulation plates in a penetrating mode; the four steel bars are arranged at the four corners of the two heat-insulation plates correspondingly; each heat-insulation plate is provided with a fixing mechanism corresponding to the steel bars; iron wire nets are wound on the plurality of steel bars; the iron wire nets are filled with concrete layers; each heat-insulation plate is provided with a splicing mechanism corresponding to the heat-insulation plate; the position between every two sets of heat-insulation plates is filled with a heat-insulation layer; and the outer walls of the concrete layers are further coated with anti-corrosion coatings. According to the self-formwork heat-preservation concrete wall, self-formworks are formed by the heat-insulation plates, the steel bars and the iron wire nets, the wall is subjected to layered pouring, the heat-insulation and heat-preservation effects of the wall are greatly improved, meanwhile, the self-formworks are convenient to splice, the construction efficiency of the wall is improved, and the construction period is shortened.
本发明公开了一种自体模板保温混凝土墙体，包括若干隔热板，若干所述隔热板两两一组并列设置，每组所述隔热板包括两个对称设置的隔热板，且每组所述隔热板上均贯穿设置有四个钢筋，四个所述钢筋分别设置在两个隔热板的四角，且每个隔热板上均设有与钢筋对应的固定机构，若干所述钢筋上绕设有铁丝网，所述铁丝网上填充设置有混凝土层，每块所述隔热板上均设有与之对应的拼接机构，且每组所述隔热板之间填充设置有隔热层，所述混凝土层的外壁上还涂设有防腐涂层。本发明以隔热板和钢筋以及铁丝网构成自体模板，将墙体进行分层灌注，大大提高了墙体的隔热保温的效果，同时自体模板拼接方便，提高了墙体施工的效率，缩短了工期。
The invention discloses a self-formwork heat-preservation concrete wall. The self-formwork heat-preservation concrete wall comprises a plurality of heat-insulation plates, wherein the plurality of heat-insulation plates are arranged in parallel in pairs; each set of heat-insulation plates comprises two symmetrically-arranged heat-insulation plates; four steel bars are arranged on each set of heat-insulation plates in a penetrating mode; the four steel bars are arranged at the four corners of the two heat-insulation plates correspondingly; each heat-insulation plate is provided with a fixing mechanism corresponding to the steel bars; iron wire nets are wound on the plurality of steel bars; the iron wire nets are filled with concrete layers; each heat-insulation plate is provided with a splicing mechanism corresponding to the heat-insulation plate; the position between every two sets of heat-insulation plates is filled with a heat-insulation layer; and the outer walls of the concrete layers are further coated with anti-corrosion coatings. According to the self-formwork heat-preservation concrete wall, self-formworks are formed by the heat-insulation plates, the steel bars and the iron wire nets, the wall is subjected to layered pouring, the heat-insulation and heat-preservation effects of the wall are greatly improved, meanwhile, the self-formworks are convenient to splice, the construction efficiency of the wall is improved, and the construction period is shortened.
本发明公开了一种自体模板保温混凝土墙体，包括若干隔热板，若干所述隔热板两两一组并列设置，每组所述隔热板包括两个对称设置的隔热板，且每组所述隔热板上均贯穿设置有四个钢筋，四个所述钢筋分别设置在两个隔热板的四角，且每个隔热板上均设有与钢筋对应的固定机构，若干所述钢筋上绕设有铁丝网，所述铁丝网上填充设置有混凝土层，每块所述隔热板上均设有与之对应的拼接机构，且每组所述隔热板之间填充设置有隔热层，所述混凝土层的外壁上还涂设有防腐涂层。本发明以隔热板和钢筋以及铁丝网构成自体模板，将墙体进行分层灌注，大大提高了墙体的隔热保温的效果，同时自体模板拼接方便，提高了墙体施工的效率，缩短了工期。
Self-formwork heat-preservation concrete wall and construction method
一种自体模板保温混凝土墙体及施工方法
CAO FENG (author)
2021-03-12
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Integrated construction technology for concrete wall heat preservation formwork
| European Patent Office | 2023
| European Patent Office | 2021
| European Patent Office | 2021