A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Honeycomb composite ceiling construction method
The invention discloses a honeycomb composite ceiling construction method which comprises the following steps: S1, paying off in a to-be-constructed area to obtain a plurality of datum lines; s2, paying off a plurality of finished upper lines according to the datum lines, and mounting angle steel according to the finished upper lines; s3, the special-shaped large plate modules are pre-assembled, and the ship-shaped support is manufactured according to the pre-assembled special-shaped large plate modules; and S4, the pre-assembled special-shaped large plate module is hoisted to a preset position through cooperation of the ship-shaped support and hoisting equipment, and assembling is conducted. According to the honeycomb composite ceiling construction method, when the pre-assembled special-shaped large plate modules are hoisted, the pre-assembled special-shaped large plate modules are placed on the ship-shaped support, the ship-shaped support can adapt to the multiple pre-assembled special-shaped large plate modules with the size matched with the ship-shaped support, and therefore the hoisting stability is improved; and the overall construction efficiency can be improved, and the assembled special-shaped large plate modules are not prone to being damaged.
一种蜂窝复合吊顶施工方法，该蜂窝复合吊顶施工方法包括如下步骤：S1，在待施工区域进行放线，以得到若干基准线；S2，根据若干所述基准线放若干完成面线，并根据完成面线安装角钢；S3，预拼装异型大板块模块，并根据预拼装后的异型大板块模块制作船型支架；S4，通过船型支架配合吊升设备将预拼装后的异型大板块模块吊升到预设位置并进行装配。该蜂窝复合吊顶施工方法，在对预拼装后的异型大板块模块进行吊升时，将预拼装后的异型大板块模块置于船型支架上，船型支架可以适应若干尺寸与其相适应的预拼装后的异型大板块模块，从而提升吊升的稳定性，也能够提升整体的施工效率，也不易损坏拼装后的异型大板块模块。
Honeycomb composite ceiling construction method
The invention discloses a honeycomb composite ceiling construction method which comprises the following steps: S1, paying off in a to-be-constructed area to obtain a plurality of datum lines; s2, paying off a plurality of finished upper lines according to the datum lines, and mounting angle steel according to the finished upper lines; s3, the special-shaped large plate modules are pre-assembled, and the ship-shaped support is manufactured according to the pre-assembled special-shaped large plate modules; and S4, the pre-assembled special-shaped large plate module is hoisted to a preset position through cooperation of the ship-shaped support and hoisting equipment, and assembling is conducted. According to the honeycomb composite ceiling construction method, when the pre-assembled special-shaped large plate modules are hoisted, the pre-assembled special-shaped large plate modules are placed on the ship-shaped support, the ship-shaped support can adapt to the multiple pre-assembled special-shaped large plate modules with the size matched with the ship-shaped support, and therefore the hoisting stability is improved; and the overall construction efficiency can be improved, and the assembled special-shaped large plate modules are not prone to being damaged.
一种蜂窝复合吊顶施工方法，该蜂窝复合吊顶施工方法包括如下步骤：S1，在待施工区域进行放线，以得到若干基准线；S2，根据若干所述基准线放若干完成面线，并根据完成面线安装角钢；S3，预拼装异型大板块模块，并根据预拼装后的异型大板块模块制作船型支架；S4，通过船型支架配合吊升设备将预拼装后的异型大板块模块吊升到预设位置并进行装配。该蜂窝复合吊顶施工方法，在对预拼装后的异型大板块模块进行吊升时，将预拼装后的异型大板块模块置于船型支架上，船型支架可以适应若干尺寸与其相适应的预拼装后的异型大板块模块，从而提升吊升的稳定性，也能够提升整体的施工效率，也不易损坏拼装后的异型大板块模块。
Honeycomb composite ceiling construction method
蜂窝复合吊顶施工方法
LIU MIAOMIAO (author) / YU JIE (author) / WANG ZHIQIN (author) / HE ANXIANG (author) / MA SHAODONG (author) / LIU TIANZE (author)
2024-05-03
Patent
Electronic Resource
Chinese
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