查询词典 chin shield

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。

Ward start the flame, the top magic shield, feathers are hanging, reading goats, sheep被灭continue to run 30 yards or so, reading a few lines Austrian red shield to offset some of the sheep again, slow down, read the two Austrian red, spring screen, Austrian red shells and then by means of screen attack, fire red hair do not, the minister will use a shield, Prayer, recovery, and other means to disperse back to their own blood, if the drive time out slow heart perfusion burst open like Shenhuo, came as far as possible range, I chose the first round of the outbreak is a rapid-fire, the ice ring, the strong Austrian missile barrage, gas will be the order of silence during this period depends on啥时候pay the rhythm of the fighting and the opponent's blood, and good luck capable of seconds, seconds, then the minister can not read should be treated, because the silence had to pay, this time I chose to hang a slowdown, flash out, disappear, eat and drink immediately, in the pastor you into combat before I can eat 4,5 At that time Master of the blood should be very little anti-shield, and the minister should also be tight blue, my way is to drag a silent shield up to prevent interrupt Shadow Magic, rub-bing ring side of silence, and then wake-up call, time over 8 seconds, then the victory in sight.

开局火焰结界，顶级魔法盾，羽毛都挂上，读羊，被灭继续羊，跑到30码左右，读个奥冲抵消一些真言盾再羊，减速，读两个奥冲，弹幕，然后以奥冲弹幕等手段攻击，火冲吹风不用，牧师会用盾，祷言，恢复，和驱散等手段给自己回血，如果驱掉减速开灌注读心爆神火之类的，尽量闪出射程，我选择的第一轮爆发是出速射了，冰环，开奥强飞弹，弹幕，气定这个顺序，这期间啥时候交沉默要看战斗的节奏和对手的血量了，运气好了能秒，秒不了的话牧师应该会读治疗了，因为沉默交过了，这时候我选择挂个减速，闪现出去，消失，马上吃喝，在牧师把你拉进战斗前能吃4，5口，这时候法师的血也应该被盾反弄得没多少了，而牧师的蓝也应该吃紧，我的方法是拖到下一个沉默，撑盾防止暗影魔打断，擦边冰环沉默，然后唤醒，8秒读满，则胜利在望。

Shield hinge equipment is a key part of the thrust hydraulic system about the shield tunnelling machine. Not only being utilized in the curve tunneling about the shield small radius but also in correcting shield tunneling direction, it is a key part which can guarantee the shield tunnelling machine to be pushed along the given design route accurately.

盾构铰接装置作为盾构掘进机推进系统的一个关键部分，它不但能用于盾构小半径的曲线掘进，也能用于盾构掘进方向纠偏，是保证盾构掘进机能够沿着设计路线方向准确推进的关键。

In order to catch up with the step of internationalization, to continually publicize the ARF-pioneered sustainable building formula GB + Symbiosis = SB and symbiotic concept, and to share with the world the achievements of sustainable building promotion in Taiwan, we formed a delegation of 27 members with TSSBE that were founded by the ARF to participate in the triennial World Sustainable Building Conference held at Melbourne (SB08Melbourne) after participating in the SB meeting in 1998, 2000, 2002, and 2005 and the iiSBE Prague Meeting in 2006. Members of the delegation led by Secretary General Huang Chin-ying, also the president of TSSBE, include ex-CPAMI Director Lin Chin-rong, ABRI Director Ho Ming-chin, Chiu Chiung-yu PhD, Archilife Environ-Control Research Center Supervisor Prof. Chiang Che-ming, Archilife Living Research Center Supervisor Prof. Su Ching-hua, and Assistant Cheng Wei-ning; research project principal investigators Mr. Li Yen-yi; Mr. Chou Po-cheng; Miss Tang Shu-chen; Mr. Wang Wen-an; Mr. Chen Tai-an; Mr. Lin Fang-ming; Mr. Chung Sung-chin; Mr. Lin De-en; Mr. Luo Yang-ching; Mr. Chung Cheng-hsin; Mr. Chen Nien-tsu; and members of TSSBE and participants of SB07 Taipei, including Mr. Lee Chuang-yuan, Miss Chang Kuei-feng, Mr. Chung Po-ren, Mr. Hsiao Ruey-lin, Mr. Cheng cheng-li, Mr. Liu Kuang-sheng, Miss Kuo Yi-chun, and Miss Chen Chiu-yu, the assistant.

为贯彻祐生国际化的脚步、持续宣导首创之永续建筑公式GB+Symbiosis=SB与共生化理念，并向全世界分享台湾推动永续建筑之成果，继组团参与1998、2000、2002、2005之永续建筑系列国际性会议及2006年iiSBE布拉格会议后，2008年由本会参与设立的社团法人台湾永续建筑环境促进会及祐生组团共27人前往澳洲墨尔本参加三年一度的永续建筑国际会议SB08Melbourne，并由身兼社团法人台湾永续建筑环境促进会理事长的黄晋英秘书长担任团长，团员包括：前内政部营建署林钦荣署长、内政部建研所何明锦所长与邱琼玉博士、祐生环控研究中心指导教授江哲铭教授、祐生生活研究中心指导教授苏庆华教授、助理郑玮宁小姐、奖助研究案主持人李彦颐先生、周伯丞先生、汤淑贞小姐、王文安先生、陈泰安先生、林芳铭先生、钟松晋先生、戴永禔先生、林得恩先生、罗阳青先生、钟政勋先生、陈念祖先生及社团法人台湾永续建筑环境促进会号召之会员与曾参与SB07 Taipei国际会议之人士，如李创源先生、张桂凤小姐、钟博任先生、萧睿麟先生、郑政利先生、刘光盛先生、郭怡君小姐及团长助理陈秋玉小姐等。

Based on the investigation and research on shield machine technology, and studying the hydraulic thrust control system of shield machine by reading, analyzing, summarizing lots of literatures and investigating at site. Referring to the simulation experiment platform of shield machine built by ZheJiang University and ShangHai Tunnel engineering corp., analyzing the work principle of the thrust hydraulic system and the thrust attitude control method of shield machine.

在对盾构技术充分调研的基础上，通过阅读、分析及综合大量文献和现场调研，参照浙江大学和上海隧道工程公司共建的盾构模拟实验台，分析了盾构液压推进系统工作原理及其掘进姿态控制的方法，对盾构液压推进控制系统进行了控制仿真研究。

The relations of inducing skin current of shielding layer, core voltage and core current with the environment field were obtained. The change of shield layer current wave with grounding state of external shield and core voltage with loading resistance was analyzed. According to the dependence of shield layer current oscillating frequency on electromagnetic wave propagation velocity, conception of transporting line of shield layer-ground with equivalent relative dielectric constant was presented. fited equation of equivalent relative dielectric constant with change of cable height was given.

试验得到九芯电缆屏蔽层感应电流、芯线感应电压、芯线感应电流以及环境场之间的关系；分析了皮电流波形随外皮接地状态的变化，芯电压随负载电阻的变化；基于皮电流振荡频率与电磁波传播速度的关系，提出了屏蔽层-大地"传输线"等效相对介电常数概念，给出了等效相对介电常数随电缆高度变化的拟合式；皮电流计算与测量结果在波形、振荡周期、衰减规律等方面有较好的一致性。

Analyzed on the tunnels that used EPB method in different soils, the more logical three-dimensional finite element model is based, which can reality represented the soil transfiguration. 3 Due to the engineering example, a 3D FEM simulation model was founded. The model was used to study the rules of soil deformation and surface settlement during shield tunneling. 4 The characteristics of loess include the module, conglutination force and inner friction angle of the loess, affected the soil deformation. 5 The influence factors to the surface settlements such as the depth of soil, the outer diameter of the shield tunnel, the released stress at the cutting face, the fill ratio of the shield tail void, pouring-slurry press, thrusts and lengths of shield and digging steps were studied using the FEM method. References is brought forward in the loess areas of Xi'an was proposed.

通过对不同土质条件下盾构法进行地铁隧道施工的有限元分析，全面反映盾构推进对土体变形的影响情况； 3根据有关勘测资料，建立合理的盾构法施工三维非线性有限元模型，对盾构法施工引起的地层变位和地表位移情况进行计算，分析了盾构施工引起的地层变形规律和地面沉降规律； 4研究了黄土特性(地基模量、粘聚力和内摩擦角)对盾构法施工中土体变形的影响； 5利用三维有限元对盾构施工过程中影响地面沉降的因素(覆土厚度、隧道外径、开挖面压力变化量、注浆压力、盾尾空隙填充率、开挖步长、盾构机的长度和推进力等)进行研究，为今后西安地区地铁的建设提供参考。

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。。。

This product use special-purpose materials, bear cooling agent, against oil, grinding wheel froth and iron filings and so on; The guard shield has the traveling schedule long and reduces the small merit; Guard shield's bellower speed may amount to the 200m/minute; In the guard shield any metal parts, have not needed to worry the guard shield works when to present the components to become less crowded, but creates the serious broken link to the machine, has the best security.

该产品使用专用的材料，耐冷却剂、防油、砂轮沫和铁屑等等；护罩具有行程长和压缩小的优点；护罩的风箱速度可达200m/分；护罩内没有任何金属零件，不用担心护罩工作时会出现零件松动而给机器造成严重的破环，具有最佳的安全性。

Achilles in his turn threw, and struck the round shield of Aeneas at the very edge, where the bronze was thinnest; the spear of Pelian ash went clean through, and the shield rang under the blow; Aeneas was afraid, and crouched backwards, holding the shield away from him; the spear, however, flew over his back, and stuck quivering in the ground, after having gone through both circles of the sheltering shield.

接着，阿基琉斯奋臂投掷，落影森长的枪矛击中埃内阿斯溜圆的战盾，盾围的边沿，铜层稀薄，亦是牛皮铺垫最薄弱的部位。裴利昂的木杆枪矛把落点破底透穿，盾牌吃不住重击，发出沉闷的声响。埃内阿斯屈身躲避，撑出战盾，挡在头前，吓得心惊肉跳――枪尖飞越肩背，呼啸着扎入泥尘，捣去两个层面，从护身的皮盾。

You can snipe the second and third union leaders from this position.

您可以鹬第二和第三工会领袖从这一立场出发。

Aiming at the currently shortage of XML streams quality detecting, this paper proposes a new forecasting method of XML streams quality by least squares support vector machines, which is used the method of XML keys' vector matrix as windows, and vector product wavelet transform to multilevel decompose and refactor the XML streams series, that can fulfill real-time checking demand of XML quality, and ensure constraint, consist- ency and integrality. For even more adapting net load, it proposes a control strategy by weight and adaptive adjustment to ensure XML streams quality.

针对当前XML数据流质量检测存在的不足，提出构建XML键的矢量矩阵作为窗口，利用矢量积小波变换多级分解与重构XML数据流，再结合最小二乘支持向量机对XML数据流质量进行预测的一种方法，满足XML数据流质量重构时实时检测的要求，保证XML数据的约束性、一致性与完整性；为了更好的适应网络负载，采取加权与自适应窗口调整等调度策略充分保证XML数据流的质量检测。