A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Formwork lattice type building system
The invention discloses a formwork lattice type building system, and belongs to the technical field of buildings. Comprising an outer frame and a matching frame, reinforced concrete is poured into an inner cavity of a filling box, the inner cavity of the filling box is supported through the reinforced concrete, the whole structure is supported through the reinforced concrete in the filling box, and an attaching belt and an outer contact belt are in contact and attached to the inner cavity wall of a filling formwork. The inner cavity of the filling formwork is attached through the attaching belt and the outer contact belt, so that gaps exist in the inner cavity of the filling formwork and do not make direct contact with reinforced concrete, the gaps can be filled with silicate composite green materials, the production cost is lower than that of the reinforced concrete, the price advantage is obvious, the construction speed is high, site formwork projects are greatly reduced, and the construction efficiency is improved. And labor is saved. The lining plates on the two sides of the groove in the upper portion of the lattice type wall plate can replace a beam side mold and a bottom mold on the upper portion of a filler wall in an original frame system, the side, intersecting with the column, of the lattice type wall plate can replace a part of column side molds, and formworks and supporting systems of the corresponding portions are saved.
本发明公开了模壳格构式建筑体系，属于建筑技术领域。包括外框架和配合架，钢筋混凝土倒入填充箱的内腔，填充箱的内腔通过钢筋混凝土进行支撑，通过填充箱内的钢筋混凝土对整体结构进行支撑，贴合带和外接触带均与填充模壳的内腔壁接触贴合，贴合带和外接触带对填充模壳的内腔进行贴合，使填充模壳的内腔存在间隙，并不与钢筋混凝土直接接触，能够向其间隙处填充硅酸盐复合绿色材料，其生产成本相较于钢筋混凝土更低，且价格优势明显，施工速度快，现场模板工程大量减少，节省人工。格构式墙板本身上部凹槽两侧的衬板可取代原有框架体系中填充墙上部梁侧模、底模，格构式墙板与柱相交的一侧可取代一部分柱侧模，节约了对应部位的模板及支撑体系。
Formwork lattice type building system
The invention discloses a formwork lattice type building system, and belongs to the technical field of buildings. Comprising an outer frame and a matching frame, reinforced concrete is poured into an inner cavity of a filling box, the inner cavity of the filling box is supported through the reinforced concrete, the whole structure is supported through the reinforced concrete in the filling box, and an attaching belt and an outer contact belt are in contact and attached to the inner cavity wall of a filling formwork. The inner cavity of the filling formwork is attached through the attaching belt and the outer contact belt, so that gaps exist in the inner cavity of the filling formwork and do not make direct contact with reinforced concrete, the gaps can be filled with silicate composite green materials, the production cost is lower than that of the reinforced concrete, the price advantage is obvious, the construction speed is high, site formwork projects are greatly reduced, and the construction efficiency is improved. And labor is saved. The lining plates on the two sides of the groove in the upper portion of the lattice type wall plate can replace a beam side mold and a bottom mold on the upper portion of a filler wall in an original frame system, the side, intersecting with the column, of the lattice type wall plate can replace a part of column side molds, and formworks and supporting systems of the corresponding portions are saved.
本发明公开了模壳格构式建筑体系，属于建筑技术领域。包括外框架和配合架，钢筋混凝土倒入填充箱的内腔，填充箱的内腔通过钢筋混凝土进行支撑，通过填充箱内的钢筋混凝土对整体结构进行支撑，贴合带和外接触带均与填充模壳的内腔壁接触贴合，贴合带和外接触带对填充模壳的内腔进行贴合，使填充模壳的内腔存在间隙，并不与钢筋混凝土直接接触，能够向其间隙处填充硅酸盐复合绿色材料，其生产成本相较于钢筋混凝土更低，且价格优势明显，施工速度快，现场模板工程大量减少，节省人工。格构式墙板本身上部凹槽两侧的衬板可取代原有框架体系中填充墙上部梁侧模、底模，格构式墙板与柱相交的一侧可取代一部分柱侧模，节约了对应部位的模板及支撑体系。
Formwork lattice type building system
模壳格构式建筑体系
ZHANG FANGFANG (author) / LIU JINGHONG (author) / ZHAN SHANSHAN (author) / WANG YUROU (author) / LIU XIAOJING (author)
2023-11-24
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Keel unit for building formwork and building formwork fastening system
| European Patent Office | 2020