A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a telescopic beam building formwork system which comprises a main beam I. A telescopic beam is slidably mounted in the main beam I; the end, away from the main beam I, of the telescopic beam and the end, away from the telescopic beam, of the main beam I are each provided with a telescopic hook. The two sides of the telescopic beam and the two sides of the main beam I are each provided with a plurality of square holes arranged at equal intervals. During use, the panel, the telescopic beam and the main beam I are prepared according to the actual wall pouring height, the telescopic hook assemblies are installed at the ends of the telescopic beam and the main beam I, hook heads of telescopic hooks in the telescopic hook assemblies are hung on the upper plate edge and the lower plate edge of a building formwork, and the upper plate edge and the lower plate edge of the building formwork are fixed through the pulling force effect of the upper telescopic hook and the lower telescopic hook. The telescopic beam and the main beam I are tightly attached to the surface of the panel to form the building formwork system, the building formwork system is convenient to install and high in adaptability, the woodworking investment can be effectively reduced through nail-free operation, and the economic benefits of formwork engineering are improved.
本发明公开了一种伸缩梁建筑模板体系，包括主梁Ⅰ、所述主梁Ⅰ的内部滑动安装有伸缩梁；所述伸缩梁远离所述主梁Ⅰ的一端和所述主梁Ⅰ远离所述伸缩梁的一端均设有伸缩钩，所述伸缩梁和所述主梁Ⅰ的两侧均设有等距排列的若干个方形孔；本发明使用时，按照实际的墙体浇筑高度准备面板、伸缩梁以及主梁Ⅰ，并在伸缩梁和主梁Ⅰ的端部安装伸缩钩组件，利用伸缩钩组件中的伸缩钩的钩头挂在建筑模板的上部板边和下部板边，利用上、下伸缩钩的拉力作用，使伸缩梁和主梁Ⅰ紧密贴合在面板的表面，形成建筑模板体系，该建筑模板体系安装便利，适配性强，并通过无钉化作业，可有效减少木工投入，实现提高模板工程的经济效益。
The invention discloses a telescopic beam building formwork system which comprises a main beam I. A telescopic beam is slidably mounted in the main beam I; the end, away from the main beam I, of the telescopic beam and the end, away from the telescopic beam, of the main beam I are each provided with a telescopic hook. The two sides of the telescopic beam and the two sides of the main beam I are each provided with a plurality of square holes arranged at equal intervals. During use, the panel, the telescopic beam and the main beam I are prepared according to the actual wall pouring height, the telescopic hook assemblies are installed at the ends of the telescopic beam and the main beam I, hook heads of telescopic hooks in the telescopic hook assemblies are hung on the upper plate edge and the lower plate edge of a building formwork, and the upper plate edge and the lower plate edge of the building formwork are fixed through the pulling force effect of the upper telescopic hook and the lower telescopic hook. The telescopic beam and the main beam I are tightly attached to the surface of the panel to form the building formwork system, the building formwork system is convenient to install and high in adaptability, the woodworking investment can be effectively reduced through nail-free operation, and the economic benefits of formwork engineering are improved.
本发明公开了一种伸缩梁建筑模板体系，包括主梁Ⅰ、所述主梁Ⅰ的内部滑动安装有伸缩梁；所述伸缩梁远离所述主梁Ⅰ的一端和所述主梁Ⅰ远离所述伸缩梁的一端均设有伸缩钩，所述伸缩梁和所述主梁Ⅰ的两侧均设有等距排列的若干个方形孔；本发明使用时，按照实际的墙体浇筑高度准备面板、伸缩梁以及主梁Ⅰ，并在伸缩梁和主梁Ⅰ的端部安装伸缩钩组件，利用伸缩钩组件中的伸缩钩的钩头挂在建筑模板的上部板边和下部板边，利用上、下伸缩钩的拉力作用，使伸缩梁和主梁Ⅰ紧密贴合在面板的表面，形成建筑模板体系，该建筑模板体系安装便利，适配性强，并通过无钉化作业，可有效减少木工投入，实现提高模板工程的经济效益。
Environment-friendly telescopic device and mounting method thereof
| European Patent Office | 2021
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Residential template for building engineering construction and mounting method thereof
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