Featuring welded 14 gauge steel construction with drip shield top, these enclosures are primed and painted.
配置14级焊接钢结构，顶部为抗滴漏保护层，这些外壳表面整洁，并有涂漆。
On both sides of the bridge is semi-closed, mutual symmetrical 5 with reinforced concrete frame of shield block vault glazing, used for daylighting, Upper is flat-roofed, similar to the bridge deck, general cement the top sides balanced stands mutual symmetric spire shape.
桥的两边是半封闭的，相互对称的五对用钢筋拦护的拱顶水泥框架的玻璃窗，用来采光；上层是平顶，类似一般水泥大桥的桥面，顶面的两边均衡地耸立着相互对称的塔尖状装饰。
The two together are roughly equal to a non-crit LHW at 2k SP, so crits that top off the tank provide a buffer for the water shield refresh.
这2个的治疗量大约相当于2000法术强度下不爆的次级治疗波，所以作用于MT头上的爆击提供了一个补水盾的缓冲时间。
Most of the turtle's shell and shield piece 12, between the carapace and the plastron is connected by sutures, from top to bottom were: throat shield, ribs shield, shield chest, abdomen...
大多数龟类的腹甲盾片为12枚，背甲和腹甲间借骨缝相连，从上到下依次为：喉盾、肋盾、胸盾、腹。。。
Most of the turtle's shell and shield piece 12, between the carapace and the plastron is connected by sutures, from top to bottom were: throat shield, ribs shield, chest shield, belly shields, hip shield, anal shield.
大多数龟类的腹甲盾片为12枚，背甲和腹甲间借骨缝相连，从上到下依次为：喉盾、肋盾、胸盾、腹盾、臀盾、肛盾。
The male stands at 29.8 cm, wearing a top hat which assembles the dark felt hat in Shaoxing, holding a sword in left hand and a shield in right hand and featuring composure and peace.
男俑高29.8厘米，头戴一尖顶有护边的帽子，与绍兴乌毡帽有类似之处，左手持剑，右手握盾，神情泰然自若、憨厚安详。
The Ledger family shield is a blue background with silver trellis work and a gold stripe at the top.
Ledger家族的盾徽是蓝色背景上的格子篱笆架，顶端点缀着金色的条纹。
In the first, the length of every poleof the leading four-bar mechanism are determined bypainting, secondly, the base of mechanic model ofsupport-surrounding, the mechanism and loads on the support isdecided. The next work, with the condition of the design, the mainmechanics of hydraulic support is analyzed and calculated by planeand spatial model. Finally, the under frame, top beam cave shield, wrists and hydraulic column are analyzed by calculation. And drawout all the process drawings.
首先，通过作图确定支架的四连杆机构各杆系的长度；然后，以力学模型为依据，分析了液压支架的顶梁、掩护梁上载荷的作用机理，得到了较为合理的支架载荷的计算公式；其次，结合设计的支架，从平面和空间两方面对支架主要结构件进行受力分析；最后对支架主要结构件、连接销轴进行强度效核，并画出所有的机械图。
When the big blocks are in the middle part of top coal, the recovery ratio will be minimum, in this case, drawing at interval is needed for medium-hard coal and soft coal, and drawing in order suits with hard top coal. The top-coal block distribution needs corresponding drawing manner. In order to increase the recovery ratio, the pre-treated measures are needed to soften the hard top coal. The arching mechanism is studied in this paper. The relation of arching parameters to top-coal block, shield girder angle, friction coefficient, and angle of waste rock after support is found, which shows that the limit angle of shield girder is 40°, and the limit angle of waster rock in gob is 45°～50°. If the angle is less than the limit angle, the arch formed by top coal blocks will be in high position or a half arch comes into being.
在块体顶煤放煤相似模拟试验基础上，通过理论分析，研究了顶煤放出过程中的成拱机理，揭示了顶煤块径、支架掩护梁角度、摩擦系数及架后煤矸堆积角等因素对成拱参数的影响规律，得出支架掩护梁的临界角度为40°，架后岩堆的临界堆积角为45°～50°，低于临界角度，则顶煤成拱部位高，甚至演化为支架上的稳定半拱，影响顶煤放出、甚至丢煤；通过推导放煤成拱的极限跨距，证明块度越大，拱高跨比越大，成拱部位越高，破拱难度越大，顶煤损失越多。
The top edge of the shield projects for a short distance in order to protect the workers.
盾构的上缘向前突出一段距离以保护施工的工人。
Using theoretical analysis and simulation experiment, the influence of gob shield angle on top coal fracture angle and the equilibrium feature of arched structure above gob shield have been studied.
分析了掩护梁角度对顶煤破断角及放煤口上方各种拱形结构平衡特征的影响，得出了综放支架掩护梁角度是顶煤回收率的重要影响因素的结论。
The paper held that the two leg shield caving powered support would not be suitable for the top coal caving mining in the hard coal seam and the joint crack undeveloped medium hard seam.
故两柱掩护式放顶煤支架不适用于硬煤层及节理裂隙不发育的中硬煤层放顶煤开采。
Solid-state disk storage management system can shield characteristics of flash memory to the top user over SSD, and achieve wear-leveling algorithm, as well as the standard block device interface.
固态硬盘的存储管理层可以向上层系统屏蔽闪存的内部特性，实现损耗均衡策略以及标准块设备的访问接口。
Technology of Top-down Construction of Concrete Lining of Shield Launching Shaft of Yellow River Crossing Tunnel Project
穿黄工程盾构始发井内衬混凝土逆作法施工技术
Device interface component can shield low-level hardware, thus achieves the separation of top application design and bottom hardware, and Implements the waveform application characteristic of platform-independence, portability and versatility.
设备接口组件对底层硬件的屏蔽能够实现上层应用设计与底层硬件的分离，从而实现软件波形的跨平台性、可移植性和通用性特点。
Research and Application of Top Down Construction in Vertical Shaft Structures of Shield Tunnels
逆作法施工技术在盾构竖井施工中的应用
Because the dischargeable smoke cover of the utility model can steer with wind, the utility model arranged on the top of the chimney can automatically shield from wind and sleet.
由于本技术的排烟罩随风转向，安装在烟囱顶部能自动防风遮雨雪。
Stand cover of the last century as the early1970s emerging products, the notable features of the top beam between the terminal and the base of attaching a shield.
掩护式支架作为上世纪70年代初刚出现的产品，其显著特征是在顶梁末端和底座之间附加有掩护梁。
For the tip-to-face roof stability, chock-fram type powered support only be applied to hard top-coal, shield-type powered support and chock - shield-type powered support can be applied to three top-coals.
通过分析，为保证端面顶板稳定，支撑式液压支架仅适用于顶煤为硬煤的条件下，掩护式和支撑掩护式支架在三种顶煤条件下均可以适用。
Shield Stun: Stuns the top of the aggro chart, 3s stun.
盾牌昏迷：最大眩晕，3秒钟晕眩。