- 更多网络例句与转弯相关的网络例句 [注：此内容来源于网络，仅供参考]
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Turning belt conveyor belt with a professional calculation software to calculate tape at various turning points, pull suffered, according to these parameters, calculate the various turning points and turning points before and after the roller bracket roller tilt angle and tilt angle to ensure that tape in the turning point operation reliability.
采用专业的胶带计算程序软件计算出胶带在各个转弯点所受到的拉力，根据这些参数算出各个转弯点及转弯点前后的托辊支架的倾斜角度和托辊倾斜角度，确保胶带在转弯点运行的可靠性。
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Tape using professional calculation software to calculate tape at various turning points, pull suffered, according to these parameters, calculate the various turning points and turning points before and after the roller bracket roller tilt angle and tilt angle to ensure that tape is running at the turning point reliability.
转弯皮带输送机采用专业的胶带计算程序软件计算出胶带在各个转弯点所受到的拉力，根据这些参数算出各个转弯点及转弯点前后的托辊支架的倾斜角度和托辊倾斜角度，确保胶带在转弯点运行的可靠性。
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By correcting noise variance matrix of system state of constant turn model wit h maneuvering frequency coefficient and angular accelerˉ ation variance, the turning model set with different angular was d esigned, the model probability matrix was given. An interactive multiple model algorithms with adaptiveˉturning model w ere built.
通过机动频率系数和角加速度方差修正常速转弯模型的系统状态噪声方差矩阵，设计了不同角速率的转弯模型集，给出了相应模型的状态转移概率，建立了一种自适应转弯模型的交互多模型算法。
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Rolling Brush wheel drive through the left and right, either turn left or right turn, rolling brush is still business as usual.
滚刷通过左右车轮驱动，无论是左转弯还是右转弯，滚刷依然照常工作。
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To solve the problem of transversal turnover of the paddy field boat during the cultivation operation, combining the method of theoretical calculation with paddy field test, the kinetic and dynamic characteristics were analyzed and the mathematical model was established according to movement stability in this paper.
为了解决机滚船犁耕作业转弯时的横向倾翻问题，采用理论计算与水田试验相结合的方法，通过对机滚船犁耕作业时的运动学和动力学分析，从稳定性角度出发，建立数学模型。经过分析和计算，求出了机滚船犁耕作业时最小转弯半径的关系表达式，将其运用到1BG-0.9型带铧式犁机滚船上，计算出了该机滚船的最小转弯半径。
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Basing on the existing researches, this paper discusses the static design theory of belt conveyor curves roun...
本文在前人研究的基础上，从平面转弯到空间转弯，对带式输送机的静态设计理论做了较全面的论述，尤其在水平转弯的研究中，从胶带的整体考虑进行力的平衡分析，更新了理论公式，使带式输送机的设计更接近于实际。
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The agile coefficient is defined to denote the swerving difficulty index of the robot.
这种转弯方式的优点是转弯半径能够达到很小，其缺点是转弯困难，将消耗机器人大量功率。
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This study experimentally examined the heat transfer characteristics of 180-deg turning duct under forced convection cooling, as the internal cooling structure of 180-deg turning duct is widely applied to industrial cooling. While several perforated holes were separately arranged within the 180-deg turning duct, the cold flow of better cooling capability was guided in the first duct into the second duct in advance, so as to reduce the overheating of the second duct and realize uniform cooling of the machine members. In addition, the centrally separated holes could yield extra turbulence against the air current, and the interaction between bypass air current and mainstream may possibly improve the overall heat transfer capability.
本研究系以实验方法探讨180度转弯通道於强制对流冷却下之热传递特性，180度转弯通道之内部冷却构型在工业冷却之应用非常广泛，本研究设计将180度转弯通道其中间分隔具多个穿孔，目的在将第一流道内具较佳冷却能力之冷流提早引入第二流道，以减少第二流道产生过热情况，如此可使得机件获得均匀之冷却，此外，中间分隔上之穿孔对气流也具有额外之扰动效果、流经穿孔之旁通气流与主流交互作用，这都有可能增益整体热传能力。
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Simultaneously founding the mechanical modelof the seeder and analyse engine's libration when it was running at 50r/s,42r/s,38r/s,25r/s,7r/s influence on arranging seeds and use damping spring and latex to reduce libration about this part. Analysed the treading and swerving capability of the Paddy direct-seeding machine. Research results indicate: only boat motherboard's front across baffle's angle is 30 degree, the section shape of motherboard is undee, depth of section is 30mm, direct seeding engine stepped resistance and soil is least, turning
研究结果表明：当船底板前横挡板角度为30度、底板截面形状为波浪形、底板截面深度为30mm时，直播机在行走时行走阻力最小，壅土最少，转弯时转弯阻力最小；当发动机38r／s时，发动机对排种盘的振动影响最大，加刚度为100N／mm的减振弹簧或厚度为35mm的橡胶后，排种盘的振动量会大大降低，减振后的振动对排种无重大影响；仿真结果还显示，排种器力学模型、直播机行走、转弯性能和排种性能合理。
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Steep turn is make the aircraft turning at a large angle of bank as 45 degrees with higher speed and shorter radius.
急速转弯，就是利用更大的转弯角度（训练是采用45度）得到更快的速度以及更短的转弯半径。
- 更多网络解释与转弯相关的网络解释 [注：此内容来源于网络，仅供参考]
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turning curvature：转弯曲度
2.0496 安全岛 traffic island, refuge island | 2.0497 转弯曲度 turning curvature | 2.0498 转弯半径 turning radius
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Turning guide line：转弯导引线
Turing vehicles use outside lanes 左右转车行驶最外车道 | Turning guide line 转弯导引线 | Turning Line 转弯标线
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pitchout：突然转弯
pitching 扔出;俯仰;前后颠簸;俯仰角 | pitchout 突然转弯 | pitchover 按程序转弯
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turning radius：转弯半径
2.0497 转弯曲度 turning curvature | 2.0498 转弯半径 turning radius | 2.0499 踏面 landing pitch
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Telemark：弓步式转弯,屈膝转弯
target 靶子 | telemark 弓步式转弯,屈膝转弯 | trial 雪道
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Lift-Off Turn-In：松油门转弯
2.2 Constant-Radius Cornering 定半径转弯 | 2.4 Lift-Off Turn-In 松油门转弯 | 2.5 Power-Off Cornering 发动机熄火转弯
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Wende：转弯,回转;转弯处
转筒式粘度计 Drehzylinderviskosimeter n | 转弯,回转;转弯处 Wende | 转弯,转向,转动,逆动,倒转,退回,换向,掉换 Wenden
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no right turn sign：禁止右转弯标志
禁止通行标志||traffic prohibited sign | 禁止右转弯标志||no right turn sign | 禁止左转弯||no left turn
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Right-wheel：右转弯-走
At ease-march!便步-走! | Right-wheel!右转弯-走! | Left-wheel!左转弯-走!
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Right-wheel：(右转弯)
Left wheel (左转弯) | Right wheel (右转弯) | Arms Up (两臂侧平举)