介绍了立柱型材的改良设计方法，改良后的设计使模具受力结构更趋合理，模具寿命延长，型材成形更稳定。
Improving design method for die of column profile is introduced. Structure of die is more reasonable, its life is longer and shape forming is more instable after improving design.
在建筑施工中，混凝土立柱对于建筑结构的稳定性起到了至关重要的作用。
In the course of construction, concrete column plays an important role in the stability of building structure.
引出前支撑立柱，更加稳定。
架子设计为厚壁的，聚乙烯类塑料材质的加筋立柱，和保持最大稳定性的地板。
Stands are constructed of durable thick-wall, polyethylene plastic with a structurally reinforced post and fillable base for maximum stability.
本文依据刚架不同的横梁跨度、立柱高度、横梁坡度、设计了一系列的算例，在大量的算例分析结果的基础上，得到了横梁拉杆设置与设置位置对刚架梁柱构件内力、应力、稳定性影响的变化规律。
Based upon dozens of analysis cases on gabled frames with different beam span, column height and roof grade, the behavior or influence of tension rod to frame stress and frame stability is determined.
双立柱结构，锯架导向采用一圆一方导轨，保证导向精度，锯削稳定可靠。
Double-column structure, a saw-oriented party to adopt a circular rail, and ensure guidance accuracy and reliability of sawing.
床身、横梁、立柱等主要部件均经过时效处理，稳定性好，加工精度高；
The main components such as body, crossbeam, column etc. were through aging treatment, so they have good stability and high machining precision.
不锈钢立柱结构，多用途夹具，稳定牢固。
Stainless steel pillar structure, multi-purpose fixture, stable firmly.
这些机床工具包括一个可以移动的立柱并具有高刚度和热稳定性的特点。
These machine tools include a mobile column and are characterized by high rigidity and thermostability.
本文根据冷弯薄壁钢结构偏心受压的稳定性理论，提出了冷弯薄壁多孔货架立柱偏心受压计算方法；
Based on the stability theory of cold-formed thin-wall steel structures, the computation method of cold-formed thin-wall rack post under eccentric compression is proposed.
为了保证大立柱装配的可靠性，我们在该设备原有的结构上，增建了定扭矩旋转机构，使得大立柱的总装配质量更加稳定、高效。
We have designed fixed torque winding mechanism on its formal structure to guarantee the reliability of large props' assembly and get a more stable and efficient general assembly quality.
为了保证大立柱装配的可靠性，我们在该设备原有的结构上，增建了定扭矩旋转机构，使得大立柱的总装配质量更加稳定、高效。
We have designed fixed torque winding mechanism on its formal structure to guarantee the reliability of large props' assembly and get a more stable and efficient general assembly quality.
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