作为世界上最大型的活动结构，新型安全封闭建筑(nsc)将是一个长150米高100米的钢盖，比自由女神像还要高。
Billed as the world's largest movable structure, the NSC is conceived as a steel lid 150 meters long and 100 meters high-taller than the Statue of Liberty.
滤光镜，电极，晶体管，液晶体本身以层状放置在一片薄玻璃板上，上面还盖着另外一片玻璃板，这类似于三明治的结构。
Layers of material which work as filters, electrodes, transistors and the liquid crystal itself are deposited onto a thin glass plate to form a sandwich that is covered with another pane of glass.
耐腐蚀的缸体结构包括在顶部、盖和密封装置上增加环氧涂层，并且全为铸铁材质。
Corrosion resistant cylinder construction includes epoxy coating on the head, cap and gland, all of which are cast iron.
本文介绍了深圳前海湾地铁枢纽上盖物业的结构设计，同时就一些特殊问题的特殊处理进行了探讨。
The structure design of the top head estates in Shenzhen Qianhaiwan metro hub is introduced and the special treatments of some special problems were discussed in this article.
分析了冰箱上铰链盖的结构特点，介绍了注射模结构。对该模具的结构特点及主要零部件设计进行了阐述。
Analyzed the structure characteristics of refrigerator hinge-led, introduced the structure of injection mold, the mold structure characteristics and mainly parts design were elaborated.
钢屋盖主要支承在钢柱-支撑上，并运用了多种滑动支座、摇摆柱、梭形钢结构桁架柱，以减少屋盖的跨度并丰富建筑的表现手段。
Meanwhile, various sliding bearings, swinging columns and steel shuttle-shaped truss columns are put into application to reduce the roof span and enrich the architectural image as well.
针对电刷端盖压铸件结构及工艺要求，选择端盖口部大端面为动静模分型面，铸件上各成形小孔由动静模型芯对接组成，浇注系统采用中心浇道。
The small formation holes in the brush cover was constructed with the mold core in moving and static container, and center ingate was employed to the gating system.
拼接板与上盖或者底座通过嵌套式结构相接。
The splice plates and the upper cover or the base are connected through nesting type structure.
为了能够承受固定力，硫化罐上盖和罐体的固定结构采用了非常牢固的结构。
The fixing structure of the upper cover and tank body of the sulfating tank adopts a very firm structure to bear the fixing force.
在内端盖与机座的连接 处法兰上铣一个与轴承盖上所铣平面位置相对的槽，槽内放置测速传感器；将 轴头压板改为齿盘结构。
A groove is milled on the flange for installing the speed sensor at the junction of the inner end cap and the seat, which is facing to the plane on the bearing cap.
采用自由尺寸与拓扑优化组合方式，得到该行李箱盖内板总成料厚和防震胶材料的最佳分布，并在此基础上设计出新的行李箱盖内板与铰链加强板结构。
Based on the combination method of free size and topology optimization, the best thickness distribution of the trunk lid inner panel assembly and the glue distribution are obtained.
采用自由尺寸与拓扑优化组合方式，得到该行李箱盖内板总成料厚和防震胶材料的最佳分布，并在此基础上设计出新的行李箱盖内板与铰链加强板结构。
Based on the combination method of free size and topology optimization, the best thickness distribution of the trunk lid inner panel assembly and the glue distribution are obtained.
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