A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Penetrating pipe prefabricated lintel template
The invention discloses a pipe-penetrating prefabricated lintel formwork, and belongs to the technical field of lintel formworks, the pipe-penetrating prefabricated lintel formwork comprises two oppositely arranged side wall plates, a bottom wall plate is coupled between the bottoms of the two side wall plates, openings are formed in the two sides of the bottom wall plate, a hollow cavity is formed in the bottom wall plate, and an edge distance adjusting mechanism is arranged in the hollow cavity. According to the lintel construction method, during lintel construction, the corresponding side supporting plates can slide into the positions, between the two side walls to be lintel, of the side supporting plates, the side wall plates and the bottom wall plate device from the two sides of the side wall plates, connection of the prefabricated formworks can be completed, at the moment, pouring is conducted from the tops of the side wall plates, and then prearrangement of the lintel can be completed; and through the separable side supporting plates, the pipe penetrating position can be conveniently and rapidly adjusted and controlled when the lintel is prefabricated, the pipe penetrating treatment efficiency can be conveniently improved, and through the arrangement of the penetrating pipe body, a pipeline can be conveniently prefabricated when the lintel is poured, and the treatment efficiency is improved.
本发明公开了一种穿管预制过梁模板，属于过梁模板技术领域，包括两个相对设置的侧壁板，且两个侧壁板底部之间耦合有底壁板，所述底壁板两侧均开设有开口，且底壁板内设有中空腔体，且中空腔体内设有边距调节机构。本发明中，进行过梁施工时能够将侧撑板、侧壁板以及底壁板装置两侧待过梁的两侧墙体之间，通过在侧壁板两侧滑入相应的侧撑板，能够完成预制模板的连接，此时自侧壁板顶部进行浇筑既可完成过梁的预置，并且位于内部的穿管管体能够完成穿管过梁的预制，通过可分离的侧撑板，能够方便在进行过梁预制时快速调控穿管位置，方便提高穿管处理效率，有利于通过穿设管体的设置以方便过梁浇筑时预制管线，提高处理效率。
Penetrating pipe prefabricated lintel template
The invention discloses a pipe-penetrating prefabricated lintel formwork, and belongs to the technical field of lintel formworks, the pipe-penetrating prefabricated lintel formwork comprises two oppositely arranged side wall plates, a bottom wall plate is coupled between the bottoms of the two side wall plates, openings are formed in the two sides of the bottom wall plate, a hollow cavity is formed in the bottom wall plate, and an edge distance adjusting mechanism is arranged in the hollow cavity. According to the lintel construction method, during lintel construction, the corresponding side supporting plates can slide into the positions, between the two side walls to be lintel, of the side supporting plates, the side wall plates and the bottom wall plate device from the two sides of the side wall plates, connection of the prefabricated formworks can be completed, at the moment, pouring is conducted from the tops of the side wall plates, and then prearrangement of the lintel can be completed; and through the separable side supporting plates, the pipe penetrating position can be conveniently and rapidly adjusted and controlled when the lintel is prefabricated, the pipe penetrating treatment efficiency can be conveniently improved, and through the arrangement of the penetrating pipe body, a pipeline can be conveniently prefabricated when the lintel is poured, and the treatment efficiency is improved.
本发明公开了一种穿管预制过梁模板，属于过梁模板技术领域，包括两个相对设置的侧壁板，且两个侧壁板底部之间耦合有底壁板，所述底壁板两侧均开设有开口，且底壁板内设有中空腔体，且中空腔体内设有边距调节机构。本发明中，进行过梁施工时能够将侧撑板、侧壁板以及底壁板装置两侧待过梁的两侧墙体之间，通过在侧壁板两侧滑入相应的侧撑板，能够完成预制模板的连接，此时自侧壁板顶部进行浇筑既可完成过梁的预置，并且位于内部的穿管管体能够完成穿管过梁的预制，通过可分离的侧撑板，能够方便在进行过梁预制时快速调控穿管位置，方便提高穿管处理效率，有利于通过穿设管体的设置以方便过梁浇筑时预制管线，提高处理效率。
Penetrating pipe prefabricated lintel template
一种穿管预制过梁模板
WENG ZHIFENG (author) / GU FANJIE (author) / LI SHUAI (author) / KONG DEZHENG (author) / LI MINGJIE (author) / MENG ZHEN (author) / MA QUNJIE (author) / SU MAOPENG (author) / GAO YIDUO (author) / ZHANG TONGTONG (author)
2024-05-17
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Hoisting device and prefabricated lintel mounting equipment
| European Patent Office | 2023