外型大方、美观、拉升简便、采用钢管支架，适用于户外展销、休闲遮阳及各种户外活动。
The features is generous, beauty, pull to rise simple, the adoption steel pipe support, be applicable to the...
介绍了碗扣式钢管脚支架的施工工艺和控制要点。
The paper introduces construction technics and control point of bowl fasten mode steel tube bracket.
支撑整个标识的支架是标准配置的钢管，上过油漆，这样能让建筑上的黑色看起来协调一点。
The support structure to hold the sign up was custom fabricated from steel tubing and painted to match the dark trim of the building.
主拱为桁架式双拱肋，钢管拱纵向分13段制造，采用无支架缆索吊机安装、钢绞线斜拉扣挂施工。
The steel pipe arch was manufactured in 13 segments vertically, erected by cable crane without support and clasped by diagonal tension steel strand.
铝合金框架。支架采用优质钢管表面喷塑处理。外套热缩管，防划伤。
Aluminium frame. High-quality steel pipe surface spray holder, with heat-shrinkable tubes coat to prevent scratch.
在钢管混凝土系杆拱桥系梁支架搭设施工中，支架基础的承载能力和支架自身的稳定性是工程的关键。
The foundation's bearing capability under the bearing bracket and the stability of the bearing bracket are the key points in the construction of the under supporting steel pipe concrete arch bridge.
同时对钢支架的应力进行监测，得出钢管混凝土柱始终处于严重偏心受压状态的结论。
In addition, the stresses on steel frames were also monitored by strain gauges the conclusion that the steel-pipe concrete columns seriously suffer eccentricity press was obtained.
究其原因，是对扣件式钢管模板支架系统缺乏深入的研究和认识。
A reason is that the comprehensive study and understanding of coupler-style steel tubular formwork supports system has still not be built.
主要介绍现浇梁脚手架施工，支架验算及要求通车情况下钢管架空贝雷架受力验算。
The construction of cast-in-situ beam scaffolds and supporting bracket calculation are introduced in this paper.
钢管桩支架在表土为软质地基中使用充分发挥了优势，支架体现了较高可靠性，取得理想效果。
This kind of bracket exerts superiorities in soft soil basement, embodies highly reliability and gain ideal effects.
根据证实后的核心混凝土与钢管之间的相互作用的力学机理，建立钢管混凝土支架的计算方法；
Basis on the interaction mechanics mechanism between the key concrete and the steel tube that can be confirmed , establish the calculation method of the concrete filled steel tube support;
着重介绍了施工中由贝雷梁和钢管支柱构成的门式支架支撑系统以及理论检算和挠度计算。
The portal supportor system is emphasized which is formed of bailey beam and steel pipe support.
着重介绍了施工中由贝雷梁和钢管支柱构成的门式支架支撑系统以及理论检算和挠度计算。
The portal supportor system is emphasized which is formed of bailey beam and steel pipe support.
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