Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
High-rise anti-slip scaffold construction process
The invention discloses a high-rise anti-slip scaffold construction process, and belongs to the technical field of scaffolds. The high-rise anti-slip scaffold construction process comprises the following steps that S1, a scheme is formulated, specifically, the construction scheme of the scaffold is formulated, and a model is established; S2, the scheme is optimized, specifically, the model is simplified according to actual construction standards and actual working characteristics in combination, the model is subjected to block processing, and an installation sequence is formulated; S3, the scaffold is installed, and specifically, installation is conducted in sequence according to the sequence of the modules; S4, module inspection is conducted, and specifically, the scaffold modules after installation is completed are inspected; S5, the scaffold is rectified, and specifically, the collected information is compared with a pre-designed model; S6, using and maintaining are conducted; and S7, the scaffold is dismantled, and specifically, after use is completed, the scaffold is dismantled. The construction process is short in construction period, good in economic benefit, good in safety performance, high in practicability and extremely high in operability.
本发明公开了一种高层防滑移脚手架施工工艺，属于脚手架技术领域，包括如下步骤：S1、制定方案：制定脚手架的施工方案，并建立模型；S2、方案优化：根据实际的施工标准，结合实际的工作特点，简化模型，并将模型进行分块处理，并制定安装顺序；S3、脚手架安装：按照模块的顺序依次进行安装；S4、模块检查：对完成安装后的脚手架模块进行检查；S5、脚手架整改：将收集到的信息与预先设计的模型进行比对；S6、使用维护；S7、脚手架拆除：在完成使用后，对脚手架进行拆除，本发明工期短，经济效益佳，安全性能佳，实用性强，且可操作性极强。
High-rise anti-slip scaffold construction process
The invention discloses a high-rise anti-slip scaffold construction process, and belongs to the technical field of scaffolds. The high-rise anti-slip scaffold construction process comprises the following steps that S1, a scheme is formulated, specifically, the construction scheme of the scaffold is formulated, and a model is established; S2, the scheme is optimized, specifically, the model is simplified according to actual construction standards and actual working characteristics in combination, the model is subjected to block processing, and an installation sequence is formulated; S3, the scaffold is installed, and specifically, installation is conducted in sequence according to the sequence of the modules; S4, module inspection is conducted, and specifically, the scaffold modules after installation is completed are inspected; S5, the scaffold is rectified, and specifically, the collected information is compared with a pre-designed model; S6, using and maintaining are conducted; and S7, the scaffold is dismantled, and specifically, after use is completed, the scaffold is dismantled. The construction process is short in construction period, good in economic benefit, good in safety performance, high in practicability and extremely high in operability.
本发明公开了一种高层防滑移脚手架施工工艺，属于脚手架技术领域，包括如下步骤：S1、制定方案：制定脚手架的施工方案，并建立模型；S2、方案优化：根据实际的施工标准，结合实际的工作特点，简化模型，并将模型进行分块处理，并制定安装顺序；S3、脚手架安装：按照模块的顺序依次进行安装；S4、模块检查：对完成安装后的脚手架模块进行检查；S5、脚手架整改：将收集到的信息与预先设计的模型进行比对；S6、使用维护；S7、脚手架拆除：在完成使用后，对脚手架进行拆除，本发明工期短，经济效益佳，安全性能佳，实用性强，且可操作性极强。
High-rise anti-slip scaffold construction process
一种高层防滑移脚手架施工工艺
WU CHANGQING (Autor:in) / YANG CHANGGAO (Autor:in)
15.10.2021
Patent
Elektronische Ressource
Chinesisch
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