variator造句 variatorの例文 "variator"是什麼意思

　　worm gear英 [wu0259:m ɡiu0259] 美 [wu025am ɡu026ar]　　n.蜗轮;　　[网络]蜗轮传动装置; 蜗齿; 螺旋齿轮;　　[例句]Reconstruct of the plane-generated double enveloping hourglass worm gear pair　　平面二次包络环面蜗轮副的实体重构

翻译如下：蜗杆与蜗轮Worm and worm gear例句：圆柱蜗杆与蜗轮的加工测量Processing and Measuring of Cylindrical Worm and Worm Gear

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Metal Gear Plastic gear Worm Umbrella Tooth Bevel Gear Gear Box MIM powder Powder metallurgy PM Hardware Precision plastic parts Gear Box Copper turbine, worm, bronze turbine Bronze worm gear, bronze worm Damper Gear Gear reducer Precision worm shaft Pair Racks, ramps rack, plastic rack Damper Gear Analog-to-digital worm Mold Parachute gear, bevel gear Double-gear, transmission gear Hobbing Long worm Planetary gear box Reducer LED lampholders, cnc aluminum parts 亲看看哦~希望有帮助... ^^

蜗轮用Worm gear

蜗轮是一种机械传动件，通常由蜗杆和蜗轮组成。蜗轮外圆编程需要考虑其轮廓形状和加工工艺，一般可以采用数控加工技术进行编程。以下是一些可能涉及到的编程步骤：1.确定蜗轮的轮廓形状和尺寸：可以通过图纸或三维模型获取蜗轮的外形和尺寸信息，根据这些信息来确定编程参数。2.选择合适的数控加工机床：蜗轮外圆通常采用数控车床或数控磨床进行加工。选择合适的数控加工机床可以确保加工精度和效率。3.编写数控程序：根据蜗轮的轮廓形状和加工工艺，编写数控程序。数控程序需要包括加工路径、加工速度、切削深度等加工参数。4.进行加工：在数控加工机床上加载数控程序，进行蜗轮外圆的加工。需要注意的是，蜗轮的加工需要较高的精度和技术要求，通常需要经过多道工序进行加工和检验。因此，在进行加工之前，需要充分了解蜗轮的加工要求和相关技术规范。以下是一些可能用到的数控加工程序指令（G代码）：G00：快速移动G01：直线插补G02/G03：圆弧插补（顺时针/逆时针）G40/G41/G42：刀具半径补偿（取消/左偏/右偏）G90/G91：绝对/相对距离指令M03/M04：主轴正/反转M08/M09：冷却液开/关这些指令需要结合具体加工情况进行调整和编写。为了确保程序的正确性和安全性，建议在编写程序前先进行加工路径模拟和机床仿真，并在加工过程中进行实时监控和调整。

齿轮按齿圈上的轮齿分布形式可分为，直齿，斜齿，人字齿，锥齿（常见的）。按轮体的结构可分为盘类齿，套类齿，轴类齿，条类齿等。

1。编码器齿轮2。心轴键沟3。桌脚4。B轴罗纹齿轮5。泵组

Gears are often through-hardened by water or oil quenching in order to increase their resistance to wear. 齿轮通常都要经过在油介质或者水介质中的整体淬火，以达到增加耐磨性的目的。If a low degree of hardness is satisfactory, through-hardening is probably the most desirable heat treatment process to be used because of its inexpensiveness. 如果对强度的要求较低，整体淬火可能是最适当的热处理方法，因为它的花费不高。Case hardening is used for gear that require a hard surface and for which good accuracy is not necessary. 局部淬火使用在那些要求表面硬度较高的齿轮上，而且很难精确的达到。The case hardening process results in gears that have much harder surfaces than cores. 局部淬火处理的齿轮具有比心部组织硬度高的表面硬度。The advantage of case hardening is that, while the surface becomes hard and wear resistant, the toughness associated with the core remains.局部淬火的优点是，表面具有高硬度和高耐磨性的同时，心部组织仍然保留着较高的韧性。Carburizing, cyaniding, and induction hardening are some of the processes commonly used to produce the case hardening effect. 碳化、氰化、感应淬火是局部淬火中经常使用的处理方法。If great accuracy is required, the gear must be ground. 如果对齿轮有精度要求，齿轮就必须经过磨削。For problems in which corrosion resistant surfaces are desirable, nitriding is the process most often used. However, nitriding is a relatively expensive process and is used only if other processes do not produce satisfactory results. 对于表面有抗腐蚀性要求的齿轮，渗氮是最常用的方法。然而，渗氮是一种相对较昂贵的热处理方法，并且通常只在其它热处理方法无法满足要求时才会使用。Flame hardening and induction hardening are the methods usually used to harden larger gears. 火焰淬火和感应淬火是经常在大型齿轮上使用的热处理方法。To sum up this discussion of specially heat treated steels, the designer should make use of carbon or alloy steels without special heat treatment if the relatively low surface hardening of these untreated materials is satisfactory. 作为对特殊热处理钢材讨论的总结，设计师应当在未经热处理的低表面硬度材料能够满足使用要求时，使用不经过特殊热处理的碳钢或合金钢。As the hardness requirement increase, the heat treated steels should be considered, with the least expensive steel that satisfies the strength and wear requirements being chosen. 随着硬度要求的增加，应当考虑选择能够达到强度、耐磨性要求的最便宜的热处理钢材。Nonferrous Metals Gears have been manufactured of nonmetallic materials for many years. 用非金属材料来制造齿轮已经有很长时间。Rawhide, nylon, various type of plastics, and so on, have been used. The advantages obtained by using these materials are quiet operation, internal lubrication, dampening of shock and vibration, and manufacturing economy. 生牛皮、尼龙、各种塑料、以及其它材料都得到应用。这些材料的优点有:静音操作、自润滑、减振性好、以及加工制造经济性好。Their primary disadvantages are lower load carrying capacity and low heat conductivity, which results in heat distortion of the teeth and many result in a serious weakening of the gear teeth. 它们的主要缺点是承载能力低和热传导性差，这些引起了轮齿的热变形和多种轮齿能力的降低。Recently thermoplastic resins, with glass-fiber reinforcement and a lubricant as additives, have been used as gear materials. 最近，一种由玻璃纤维加固、并且带有自润滑剂的热塑性塑料，已经被用来做齿轮材料。The composite material has resulted in greater load carrying capacity, a reduced thermal expansion, greater wear resistance and fatigue endurance.合成材料具有更好的承载能力，更低的热膨胀系数，更好的耐磨性和更好的抗疲劳性能。问题补充：Nonferrous Metals Nonmetallic Materials 麻烦翻译达人了！补充这句是有点问题，Nonferrous Metals是有色金属。Nonmetallic Materials是非金属材料。用有色金属制非金属材料齿轮显然不对，我把那句翻成用非金属材料制非金属齿轮了。你对照下原文再。问题补充：还漏了一段：Copper, zinc, aluminum, and titanium and titanium are materials used to obtain alloys that are useful gear materials. 铜、锌、铝和钛是经常使用在齿轮材料中的合金金属。The copper alloys, known as bronzes, are perhaps the most widely used. 铜合金，比如青铜，可能是应用最广泛的合金。They are useful in problems where corrosion resistance is important and also where large sliding velocities exist. 它们用在要求有较高耐腐蚀性的情况，以及有较大滑动速度存在时。Because of their ability to reduce friction and wear, they are usually used as the material for making the worm wheel in a worm gear set. 因为具有减摩性和耐磨性的性能，它们通常用来制作涡轮减速器中的涡轮。Aluminum and zinc alloys are used to manufacture gears by the diecasting process.铝和锌的合金用来在模铸法中制造齿轮。

齿轮传动的类型很多，按照不同的分类方法可分为不同的类型。1、按传动比根据一对齿轮传动的传动比是否恒定来分，可分为定传动比和变传动比齿轮传动。变传动比齿轮传动机构中齿轮一般是非圆形的，所以又称为非圆齿轮传动，它主要用于一些具有特殊要求的机械中。而定传动比齿轮传动机构中的齿轮都是圆形的，所以又称为圆形齿轮传动。定传动比齿轮传动的类型很多，根据其主、从动轮回转轴线是否平行，又可将它分为两类，即平面齿轮传动和空间齿轮传动。2、按齿廓形状按齿廓曲线的形状不同，可分为渐开线齿轮传动、摆线齿轮传动、圆弧齿轮传动和抛物线齿轮传动等。其中渐开线齿轮传动应用最为广泛。3、按工作条件按齿轮传动的工作条件不同，可分为闭式齿轮传动、开式齿轮传动和半开式齿轮传动。开式齿轮传动中轮齿外露，灰尘易于落在齿面；闭式齿轮传动中轮齿封闭在箱体内，可保证良好的工作条件，应用广泛；半开式齿轮传动比开式齿轮传动工作条件要好，大齿轮部分浸入抽池内并有简单的防护罩，但仍有外物侵入。4、按齿面硬度根据齿面硬度不同分为软齿面齿轮传动和硬齿面齿轮传动。当两轮（或其中有一轮）齿面硬度≤350HBW时，称为软齿面传动；当两轮的齿面硬度均>350HBW时，称为硬齿面传动。软齿面齿轮传动常用于对精度要求不太高的一般中、低速齿轮传动，硬齿面齿轮传动常用于要求承载能力强、结构紧凑的齿轮传动。齿轮传动的类型虽然很多，但渐开线直齿圆柱齿轮传动是其中最简单、最基本的类型。

两轴在空中成直交时常用的齿轮。齿轮速比差可达一比一零零，但效率反而不佳。因具有不倒转的特性，故常用于起重机的升降。

主要是由齿轮类型确定处置之轴;此外,某些类型的变量比其他人更适合大型速度的变化。这意味着如果一个特定的性格在轴上是必须的,该类型的齿轮将或多或少是固定的。另一方面,如果一个所需要的速度转变需要某一类型、轴的位置也会被修正。直齿圆柱齿轮、斜齿轮。一个齿轮有蛀牙的要素,它笔直平行轴是众所周知的齿轮。对一个刺激可以用来连接平行轴而已。 直齿圆柱齿轮、斜齿轮。一个齿轮有蛀牙的要素,它笔直平行轴是众所周知的齿轮。对一个刺激可以用来连接平行轴而已。 如果一个渐开线直齿圆柱齿轮是由橡胶和扭曲的统一,使结束关于轴旋转,相对于彼此的元素,最初的牙齿笔直平行轴,将成为一圈。在齿轮的效果将会变成一个螺旋齿轮。蠕虫和伞齿轮。为了实现线接触,提高承载能力的交叉轴斜齿轮,齿轮的曲线,就可以将部分地绕齿轮,以多多少少相同的方式包围着一个螺丝螺母。其结果将是一个圆柱蜗杆和齿轮。蠕虫是也出现了形体的承载能力,进一步增强了。涡轮齿轮提供最简单的意味着获得大的比例,在一个单一的一对。他们通常是更有效率的比parallel-shaft齿轮,然而,由于额外的一个滑动运动沿牙齿。

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The electric device opens 1.1 electric valve devices valves from electric motor drive, by the fact that the organization reducing the speed exports the appropriate revolution regulation and rotation rate driving a valve/ being closed down. In being unlike the industry applying, the electric device of valve is also called "valve actuating mechanism or the "electric implementation implement sometimes". Be allotted the electric device turning round (straighten a route or distance of travel) for the electric device and "many circles turning round (angle route or distance of travel)"90 degree according to the type handling a valve".1.2 valve hand gear valves hand gear is also called "valve reduction gear sometimes ", is adopt the organization, be used for manpower reducing the speed such as worm worm gear , epicyclic gear to handle a valve open/ be closed down. Also can become electric actuating mechanism usage with 903 electric device combination. Be allotted the hand gear turning round (angle route or distance of travel) for "90 degree and be enclosed the hand gear turning round (straighten a route or distance of travel)"much according to the type handling a valve".1.3 electric valves are used for electric device of long-range under the control of valve operation such as carrying out the turn off valve open/ or adjusting valve location like electric controller valve controller. The link the centre also being able to wait for the superordination controlling machine and the electric fundamental type device as PLC is controlled is put into use.Keywords: Electric device of valve; Valve hand gear; Electric valve controller.

论文翻译：Worm drive mechanism has a large transmission ratio, small number of parts, the overall structure is very compact, resulting in the transmission process of the impact load is small, smooth transmission, low noise, also has a self-locking, but the disadvantage is greater friction and wear, worm high manufacturing costs. In helical gears instead composed of cylindrical worm worm helical gear mechanism to overcome this disadvantage can be a good and retain the advantage. In the automotive field, this transmission mechanism widely used, often with plastic instead of metal materials to produce helical gears. Cylindrical Worm Helical Gear coincidence degree size affects the stability of the entire transmission process and the size of the noise. With cylindrical worm and helical gears meshing planar face as the research object, first calculate the actual meshing line length of the projection on the end face, according to face France plane conversion relationship to calculate the actual meshing line length, degree of coincidence derived formula. Build a GUI using MATLAB interface module generates coincidence degree of each parameter is calculated as a function of degree of coincidence images. Drawing France face pressure angle, addendum coefficient, helical gears modification coefficient, lead angle worm, helical gear with a function of degree of coincidence images summarize the five parameters on the coincidence degree of regularity, to facilitate the production process designed with the ideal degree of coincidence of cylindrical worm helical gear transmission mechanism.

13cr：阀板材料buna-n：丁二烯橡胶（丁腈橡胶），这是密封材料。worm gear 蜗轮传动。api 609是蝶阀的制造标准。

快点提高悬赏分数。。。

1.平行轴之齿轮（圆柱齿轮）（1）正齿轮（直齿轮）（Spur gear ）：齿筋平行于轴心之直线圆筒齿轮。（2）齿条( Rack )：与正齿轮咬合之直线条状齿轮，可以说是齿轮之节距在大小变成无限大时之特殊情形。（3）内齿轮(Internal gear)：与正齿轮咬合之直线圆筒内侧齿轮。（4）螺旋齿轮（Helical gear）：齿筋成螺旋线(helicoid)之圆筒齿轮。（5）斜齿齿条(Helical rack)：与螺旋齿轮咬合之直线状齿轮。（6）双螺旋齿轮(Double helical gear)：左右旋齿筋所形成之螺旋齿轮。2.直交轴之齿轮（圆锥齿轮）（1）直齿伞形齿轮(Straight bevel gear)：齿筋与节圆锥之母线（直线）一致之伞形齿轮。（2）弯齿伞形齿轮（Spiral bevel gear）：齿筋为具有螺旋角之弯曲线的伞形齿轮。（3）零螺旋弯齿伞形齿轮(Zerol bevel gear)：螺旋角为零之弯齿伞形齿轮。3.错交轴之齿轮（蜗轮和蜗杆）（1）圆筒蜗轮齿轮（Worm gear）：圆筒蜗轮齿轮为蜗杆(Worm)及齿轮(Wheel)之总称。（2）错交螺旋齿轮(screw gear):此为圆筒形螺旋齿轮，利用要错交轴（又称歪斜轴）间传动时称之。（3）其它之特殊齿轮： 面齿轮(Face gear)：为能与正齿轮或与螺旋齿轮咬合之圆盘形的面齿轮。 鼓形蜗轮齿轮(Concave worm gear)：凹鼓形蜗杆及与此咬合之齿轮的总称。 戟齿轮(Hypoid gear)：传达错交轴之圆锥状齿轮。形状类似弯齿伞形齿轮。

　　人字齿轮herringbone gear　　冗余自由度redundant degree of freedom　　柔轮flexspline　　柔性冲击flexible impulse; soft shock　　柔性制造系统flexible manufacturing system; FMS　　柔性自动化flexible automation　　润滑油膜lubricant film　　润滑装置lubrication device　　润滑lubrication　　润滑剂lubricant　　三角形花键serration spline　　三角形螺纹V thread screw　　三维凸轮three-dimensional cam　　三心定理Kennedy`s theorem　　砂轮越程槽grinding wheel groove　　砂漏hour-glass　　少齿差行星传动planetary drive with small teeth difference　　设计方法学design methodology　　设计变量design variable　　设计约束design constraints　　深沟球轴承deep groove ball bearing　　生产阻力productive resistance　　升程rise　　升距lift　　实际廓线cam profile　　十字滑块联轴器double slider coupling; Oldham‘s coupling　　矢量vector　　输出功output work　　输出构件output link　　输出机构output mechanism　　输出力矩output torque　　输出轴output shaft　　输入构件input link　　数学模型mathematic model　　实际啮合线actual line of action　　双滑块机构double-slider mechanism, ellipsograph　　双曲柄机构double crank mechanism　　双曲面齿轮hyperboloid gear　　双头螺柱studs　　双万向联轴节constant-velocity (or double) universal joint　　双摇杆机构double rocker mechanism　　双转块机构Oldham coupling　　双列轴承double row bearing　　双向推力轴承double-direction thrust bearing　　松边slack-side　　顺时针clockwise　　瞬心instantaneous center　　死点dead point　　四杆机构four-bar linkage　　速度velocity　　速度不均匀( 波动) 系数coefficient of speed fluctuation　　速度波动speed fluctuation　　速度曲线velocity diagram　　速度瞬心instantaneous center of velocity　　塔轮step pulley　　踏板pedal　　台钳、虎钳vice　　太阳轮sun gear　　弹性滑动elasticity sliding motion　　弹性联轴器elastic coupling flexible coupling　　弹性套柱销联轴器rubber-cushioned sleeve bearing coupling　　套筒sleeve　　梯形螺纹acme thread form　　特殊运动链special kinematic chain　　特性characteristics　　替代机构equivalent mechanism　　调节modulation, regulation　　调心滚子轴承self-aligning roller bearing　　调心球轴承self-aligning ball bearing　　调心轴承self-aligning bearing　　调速speed governing　　调速电动机adjustable speed motors　　调速系统speed control system　　调压调速variable voltage control　　调速器regulator, governor　　铁磁流体密封ferrofluid seal　　停车阶段stopping phase　　停歇dwell　　同步带synchronous belt　　同步带传动synchronous belt drive　　凸的，凸面体convex　　凸轮cam　　凸轮倒置机构inverse cam mechanism　　凸轮机构cam , cam mechanism　　凸轮廓线cam profile　　凸轮廓线绘制layout of cam profile　　凸轮理论廓线pitch curve　　凸缘联轴器flange coupling　　图册、图谱atlas　　图解法graphical method　　推程rise　　推力球轴承thrust ball bearing　　推力轴承thrust bearing　　退刀槽tool withdrawal groove　　退火anneal　　陀螺仪gyroscope　　V 带V belt　　外力external force　　外圈outer ring　　外形尺寸boundary dimension　　万向联轴器Hooks coupling universal coupling　　外齿轮external gear　　弯曲应力beading stress　　弯矩bending moment　　腕部wrist　　往复移动reciprocating motion　　往复式密封reciprocating seal　　网上设计on-net design, OND　　微动螺旋机构differential screw mechanism　　位移displacement　　位移曲线displacement diagram　　位姿pose , position and orientation　　稳定运转阶段steady motion period　　稳健设计robust design　　蜗杆worm　　蜗杆传动机构worm gearing　　蜗杆头数number of threads　　蜗杆直径系数diametral quotient　　蜗杆蜗轮机构worm and worm gear　　蜗杆形凸轮步进机构worm cam interval mechanism　　蜗杆旋向hands of worm　　蜗轮worm gear　　涡圈形盘簧power spring　　无级变速装置stepless speed changes devices　　无穷大infinite　　系杆crank arm, planet carrier　　现场平衡field balancing　　向心轴承radial bearing　　向心力centrifugal force　　相对速度relative velocity　　相对运动relative motion　　相对间隙relative gap　　象限quadrant　　橡皮泥plasticine　　细牙螺纹fine threads　　销pin　　消耗consumption　　小齿轮pinion　　小径minor diameter　　橡胶弹簧balata spring　　修正梯形加速度运动规律modified trapezoidal acceleration motion　　修正正弦加速度运动规律modified sine acceleration motion　　斜齿圆柱齿轮helical gear　　斜键、钩头楔键taper key　　泄漏leakage　　谐波齿轮harmonic gear　　谐波传动harmonic driving　　谐波发生器harmonic generator　　斜齿轮的当量直齿轮equivalent spur gear of the helical gear　　心轴spindle　　行程速度变化系数coefficient of travel speed variation　　行程速比系数advance-to return-time ratio　　行星齿轮装置planetary transmission　　行星轮planet gear　　行星轮变速装置planetary speed changing devices　　行星轮系planetary gear train　　形封闭凸轮机构positive-drive (or form-closed) cam mechanism　　虚拟现实virtual reality　　虚拟现实技术virtual reality technology, VRT　　虚拟现实设计virtual reality design, VRD　　虚约束redundant (or passive) constraint　　许用不平衡量allowable amount of unbalance　　许用压力角allowable pressure angle　　许用应力allowable stress; permissible stress　　悬臂结构cantilever structure　　悬臂梁cantilever beam　　循环功率流circulating power load　　旋转力矩running torque　　旋转式密封rotating seal　　旋转运动rotary motion　　选型type selection　　压力pressure　　压力中心center of pressure　　压缩机compressor　　压应力compressive stress　　压力角pressure angle

　　worm gear英 [wu0259:m ɡiu0259] 美 [wu025am ɡu026ar]　　n.蜗轮;　　[网络]蜗轮传动装置; 蜗齿; 螺旋齿轮;　　[例句]Reconstruct of the plane-generated double enveloping hourglass worm gear pair　　平面二次包络环面蜗轮副的实体重构

　　worm gear英 [wu0259:m ɡiu0259] 美 [wu025am ɡu026ar]　　n.蜗轮;　　[网络]涡轮; 蜗轮传动装置; 蜗轮加工;　　[例句]Machine tool Worm gear High-precision Error analysis Error correction;　　机床;蜗轮;高精度;误差分析;误差修正;

蜗轮副希望可以帮到你，望采纳谢谢！！

(2)齿条( Rack )：与正齿轮咬合之直线条状齿轮，可以说是齿轮之节距在大小变成无限大时之特殊情形。(3)内齿轮(Internal gear)：与正齿轮咬合之直线圆筒内侧齿轮。(4)螺旋齿轮(Helical gear)：齿筋成螺旋线(helicoid)之圆筒齿轮。(5)斜齿齿条(Helical rack)：与螺旋齿轮咬合之直线状齿轮。(6)双螺旋齿轮(Double helical gear)：左右旋齿筋所形成之螺旋齿轮。 2.直交轴之齿轮(圆锥齿轮) (1)直齿伞形齿轮(Straight bevel gear)：齿筋与节圆锥之母线(直线)一致之伞形齿轮。(2)弯齿伞形齿轮(Spiral bevel gear)：齿筋为具有螺旋角之弯曲线的伞形齿轮。(3)零螺旋弯齿伞形齿轮(Zerol bevel gear)：螺旋角为零之弯齿伞形齿轮。 3.错交轴之齿轮(蜗轮和蜗杆) (1)圆筒蜗轮齿轮(Worm gear)：圆筒蜗轮齿轮为蜗杆(Worm)及齿轮(Wheel)之总称。(2)错交螺旋齿轮(screw gear):此为圆筒形螺旋齿轮，利用要错交轴(又称歪斜轴)间传动时称之。(3)其它之特殊齿轮： 面齿轮(Face gear)：为能与正齿轮或与螺旋齿轮咬合之圆盘形的面齿轮。 鼓形蜗轮齿轮(Concave worm gear)：凹鼓形蜗杆及与此咬合之齿轮的总称。 戟齿轮(Hypoid gear)：传达错交轴之圆锥状齿轮。形状类似弯齿伞形齿轮。

齿轮按齿圈上的轮齿分布形式可分为，直齿，斜齿，人字齿，锥齿（常见的）。按轮体的结构可分为盘类齿，套类齿，轴类齿，条类齿等。

①圆柱齿轮——平行轴间传动。②圆锥齿轮——两相交轴间传动。③涡轮与蜗杆——两交错轴间传动。

求英文高手帮我翻译一个文章（汉译英，机械类） 悬赏分：10 - 离问题结束还有 14 天 23 小时Mechanics Components Charles W. Beardsley Gears Spur and helical gears. A gear having tooth elements that are straight and parallel to its axis is known as a spur gear. A spur pair can be used to connect parallel shafts only. Parallel shafts, however, can also be connected by gears of another type, and a spur gear can be mated with a gear of a different type. To prevent jamming as a result of thermal expansion, to aid lubrication, and to compensate for unavoidable inaccuracies in manufacture, all power-transmitting gears must have backlash. This means that on the pitch circles of a mating pair, the space width on the pinion must be slightly greater than the tooth thickness on the gear, and vice versa. On instrument gears, backlash can be eliminated by using a gear split down its middle, one half being rot table relative to the other A spring forces the split gear teeth to occupy the full width of the pinion space. Helical gears have certain advantages; for example, when connecting parallel shafts they have a higher load carrying capacity than spur gears with the same tooth numbers and cut with the same cutter. Because of the overlapping action of the teeth, they are smoother in action and can operate at higher pitch-line velocities than spur gears. The pitch-line velocity is the velocity of the pitch circle. Since the teeth are inclined to the axis of rotation, helical gears create an axial thrust. If used singly, this thrust must be absorbed in the shaft bearings. The thrust problem can be overcome by cutting two sets of opposed helical teeth on the same blank. Depending on the method of manufacture, the gear may be of the continuous-tooth herringbone variety or a double-helical gear with a space between the two halves to permit the cutting tool to run out. Double-helical gears are well suited for the efficient transmission of power at high speeds. Helical gears can also be used to connect nonparallel, non-intersecting shafts at any angle to one another. Ninety degrees is the commonest angle at which such gears are used. Worm and bevel gears. In order to achieve line contact and improve the load-carrying capacity of the crossed axis helical gears, the gear can be made to curve partially around the pinion, in somewhat the same way that a nut envelops a screw. The result would be a cylindrical worm and gear. Worm gears provide the simplest means of obtaining large ratios in a single pair. They are usually less efficient than parallel-shaft gears, however, because of an additional sliding movement along the teeth. Because of their similarity, the efficiency 55 of a worm and gear depends on the same factors as the efficiency of a screw. Single-thread worms of large diameter have small lead angles and low efficiencies. Multiple-thread

翻译出的结果——附件是我们的新项目的齿轮箱,能请您看看,欢迎您的评论在设计改进,包括:　　1。蠕虫和齿轮的材料。　　2。齿轮的建筑材料。　　3。basic-design数据的蠕虫病毒和齿轮有些别扭唉~

The attachment is a gear box of our new project, and we are looking forward to your comments on the products design improvements, including:1.The worm and the gear materials.2.The gear housing materials. 3.The basic-design data of the worm and the gear

Abstract: The reducer is a closed shell of the rigid gear drive, worm drive or gear - worm drive components are part of an independent, common in the power machine and work as a reducer between the transmission device; in a few occasions also used for the transmission rate when the device is called the growth rate. Reducer as a result of compact, efficient, accurate and reliable transmission of movement, the use of simple maintenance, and mass production, so in the modern machine measures a wide range of applications. By gear reducer gear reducer series can be divided into single-stage, secondary and tertiary and several multi-stage reducer; by mutual axis configuration in space can be divided into two types of vertical and horizontal reducer; by sketch the characteristics of movement can be divided into the expansion, coaxial and reducer, such as streaming. Gear reducer is characterized by high efficiency, long service life, easy maintenance, which has a wide range of applications. Gear of the subject is a typical application. Keywords: gear reducer transmission of movement

专业的翻译还是不要随便在网上问，应为“在线翻译”的不知道你是否敢用呢？雷音翻译精准翻译您的稿件

那是POM塑料原料的代号名称

The process has an advanced principle . the involute hourglass worm drive can reapze the design machining of gear form and direction , and the internal meshing honing gear has high efficiency . this process has all merits mentioned above , and also has the advantages of quapty stabipty , high productivity for rude and finish machining 该工艺原理先进，它集有利于实现齿形、齿向设计加工的渐开面环面蜗杆传动与高效的内啮合珩齿的优点与一体，对齿轮的粗、精加工都有质量稳定、生产效率高的优点。 On the condition of “ many - head ” and “ *** all drive ratio ” ， the plane double enveloping hourglass worm can not settle the problem of undercutting and sharpening simultaneously . it has devoted to a new type hourglass worm _ sphere double enveloping hourglass worm . the coordinate system is estabpshed according to the frock . the meshing equation and the tooth equation of worm and gear have been developed and the distribution of contact pne on gear tooth is *** yzed . to evaluate the meshing quapty ， four meshing quapty indexes and five original parameters are put forward . through mass programming puting ， the relations beeen meshing quapty and original parameters are derived and depicted by graphs 考虑到平面二次包络环面蜗杆传动在多头小传动比条件下根切与齿顶变尖的矛盾很难同时解决且啮合性能较差，介绍了一种新型环面蜗杆传动? ?球面二次包络环面蜗杆传动.在研究过程中，根据工装建立了坐标系，根据一二包过程的运动关系推得了啮合方程和蜗杆与蜗轮的齿面方程，分析了蜗轮齿面上的接触线分布.为了评价啮合性能，提出了4项性能指标和5项原始参数，通过大量编程计算得到了啮合性能指标与原始参数之间的关系，并以图表直观的表示 With the increasingly extensive apppcation of the planar enveloping hourglass worm gearing , it bees more important to rapid detection and high precision of the manufacture error . the surface of the planar enveloping worm gearing is ppcate , and current domestic and international examination concerning its form generally is recur to the general three dimension measure apparatus or the special measure apparatus according to " the type of assemble " principle designed 由于平面包络环面蜗杆齿面比较复杂，其齿形、齿距、齿厚各不相等，因而关于它的制造误差检测也比较复杂。目前国内外关于其形面的检测一般是借助于通用三坐标测量机或按“装配式”检测原理（即测量状态与加工状态一致的原理）设计专用量仪进行的，一直没有十分成熟的专门产品问世。

蜗杆传动都是单人或双人包络。一个单一的包络传动装置是一个在其中齿轮包裹周围或部分套包虫.. 1传动装置，其中每个元素部分，周边有其他的，当然是双包络环面蜗杆传动。重要两者的区别是，区域联系存在着牙齿的二次包络齿轮，而只有线接触者之间的单包络齿轮。这次的蠕虫和蜗轮的一套具有相同的手螺旋至于越过螺旋齿轮，但螺旋角度通常都不尽相同。螺旋角对蠕虫一般都相当大，这对齿轮非常小。正因为如此，它通常指定牵头角度对蠕虫，它是相辅相成的蠕虫螺旋角，螺旋角对齿轮;两个角度来看都是平等的，为90摄氏度。轴角。

恶

舵机包括住房，蠕虫，球螺母，1架作出的活塞，液压助力器的组成，以及齿部门与连杆臂组成shaft.the权力一些车转向系统是一个油冷却器提供。 该舵机球螺母硬性担保机架内的活塞。在牙齿上的齿厚机架和部门可以调整在侧驱动涵盖了房屋的调节螺丝。减少之间的蠕虫和螺母摩擦，球在他们重新分发线程。机架，活塞铸铁弹性分裂环确保在舵机房的紧密配合。 督导轴旋转转换成机架活塞由于prpgressive议案，沿该蠕虫螺母位移。机架活塞牙齿把部门，因此与连杆臂轴。控制阀是安排之前，舵机住房。 此次与水库和过滤〖GB/T7586-1996〗液压助力双作用叶片pumo是安装在发动机上。它的动力是一个V带从曲轴普利或齿轮火车。该泵是连接到控制阀由两个软管：软管的压力，通过该液压油是从punp和返回液压流体水库返回软管交付。 督导机制包括方向盘。一转向轴。 asteeing列，带侧转向齿轮箱，降低盖，一弧面蜗杆，一个有三重滚子轴承和连杆的调整螺丝连杆轴轴。 过弯的努力申请到舵机应转交到前轮。这是由在转向连杆臂组成的联系。一个拉杆。，扎答阑链接，转向臂和左，rigt关节武器。督导联系是如此designde以防止副作用，在所有的汽车车轮comering船舶，从而enuring转向轮胎磨损和minimizinggwear缓解。为此，有必要将所有的车轮的几何轴线在一个点是由车轮描述共同的中心相交的圆圈 给分！

汽车的倒没有关于道路之类的倒是有几篇 英文文献 不知道要不？要的话邮箱写个

The 21st century"s manufacturing industry faces the customer demand actuation, not to be possible to forecast that fast changeable and the market competition which increases unceasingly from the whole world, moreover competes intensifies unceasingly. The market changes the request manufacture system processing the product variety to be able unceasingly the fast transformation to satisfy the market demand. The jig held the important position more and more in the machine manufacture, this article introduced one kind of stainless steel steel pot welding fixture"s design calculation. This jig uses the motor-driven, with the shaft coupling connection reduction gear, the reduction gear uses the single stage worm bearing adjuster to decelerate, after the reduction gear outputs the power, the reduction gear and the guide screw connection, by passes through the guide screw movement to carry on the processing to the work piece. This article carries on the design calculation in view of the mechanical drive part. First carries on the stress analysis to the job, thus calculates other part"s stress size; The next guide screw from its stability, the guide screw anti-shearing strength and the anti-bending strength carries on the computation; The worm bearing adjuster easy to present the surface pitting regarding the worm gear worm bearing adjuster in the transmission, the gear teeth breaks off, tooth face attrition and agglutination and so on, therefore time computation gathers according to the tooth root bending strength. To the tooth root worm gear main failure mode is the attrition, therefore in the computation according to the tooth face contact strength calculation, the countershaft class components" stress size carries on the crooked resultant stress and the fatigue strength finally gathers. Through promoted equipment"s overall performance to mechanical part"s design, the equipment to display the extremely good running ability.

貌似都是电脑软件翻译的啊.

应该是IfModule dir_module

App不是什么软件，APP指的是智能手机的第三方应用程序的统称。不管是聊天交友软件还是另外的什么软件，只要不是内置的基本功能性程序都是App，通常用来扩展设备的功能。因此，没有一款软件跟他类似，因为它不是一款特定的软件。每个App都有着不同的功能，App之间是会有类似功能的。在下列应用商场中可以下载到想要的App：苹果的App Store，谷歌的Google Play Store，诺基亚的Ovi store，黑莓的BlackBerry App World，还有微软的Marketplace等。

一般考官都喜欢考这个问题最能体现你的基本功，的确要用到colspan,rowspan，但是关键的dom的一些操作如果单独colspan,rowspan,表格会变形给你个例子吧！我自己写的，图方便，只合并了固定的单元格，自己改吧！<html><head><title>table operation</title></head><body><table id="newtable"></table><table id="table"><tr><td><button onclick="insRow();">insert row </button></td><td><button onclick="deleteRow();">delete row</button><input type="text" id="index"/></td></tr><tr><td><button onclick="insertCell();">insert cell</button></td><td><button onclick="deleteCell();">delete cell</button><button onclick="merge();">merge</button></td></tr></table></body><html><script>newtable=document.getElementById("newtable");newtable.border="1px";newtable.width="500px";for (i=1;i<10;i++){ row=document.createElement("tr"); row.id=i; for (j=1;j<10;j++) { cell=document.createElement("td"); cell.id=i+"/"+j; cell.innerHTML=cell.id; row.appendChild(cell);} newtable.appendChild(row);}function insRow(){ row_length=newtable.rows.length; newrow=document.createElement("tr"); newrow.id=row_length+1; for (var i=1;i<10;i++) {var newcell=document.createElement("td"); newcell.innerHTML=newrow.id+"/"+i; newrow.appendChild(newcell); } newtable.appendChild(newrow); }function deleteRow(){ //alert(newtable.rows[4].rowIndex); var index=document.getElementById("index").value-1;//ie,chrome得到-1； if(index!=-1&&newtable.rows.length>index)newtable.deleteRow(index);//firefox 能得到rowIndex;ca! } document.onclick=function(e){ //alert("ok"); var evt=e||window.event; var target=evt.srcElement||evt.target; //alert(target.tagName);if(target.parentNode&&target.parentNode.parentNode&&target.parentNode.parentNode.id&&target.parentNode.parentNode.id.toLowerCase()=="newtable") document.getElementById("newtable").removeChild(target.parentNode);}function merge(){ var beginrow=3; var endrow=5; var begincell=5; var endcell=10; rowspan=endrow-beginrow+1; cellspan=endcell-begincell+1; for (var i=endrow;i>=beginrow;i--) for (var j=endcell;j>=begincell;j--) { if (i==beginrow&&j==begincell){}else{//指定的起始单元格不能删除 //var row=i; //var col=j; //alert(i+":"+j); if(document.getElementById(i+"/"+j)!=null){elem=document.getElementById(i+"/"+j);elem.parentNode.removeChild(elem); } } } var obj=document.getElementById(beginrow+"/"+begincell); obj.setAttribute("rowspan",rowspan); obj.setAttribute("colspan",cellspan); } </script>

叫Who do I turn to 吧……歌词Where do i go when i need security,Can i depend on you, like you depend on me,Do my feelings only matter, when we"re kissing in the dark,Do you give it a thought, that you"re tearing this woman apart.Got a lot to do, this life"s too short,And it takes too long, baby this don"t seem right,Are you my refuge, are you my home,If you can"t shelter me, then i"ll be moving on.You wanted me to love you, oh baby you succeeded,But you"re still telling me lies, and makin" me cry,I don"t need itChante MooreWho do i turn to, you never take time out for me,And who do i lean on, when this world fights against me,And where do i run to hide, who fights on my side,You know i need you, who do i turn to.How many times, do i put my feelings on the line,For you to say, from where you stand everything"s okay,Since you"ve been with me, you said you"ve been so true,But when i"m not around, i know you"ve been with somebody new.She"s having a good time, tryin" to steal your heart,But you can"t have two, either you"re hers, or you"re mine,I played the fool, for much too long,As much as it hurts me, consider me gone.You wanted me to trust you, baby you succeeded,But you"re still telling me lies and makin" me cry,I don"t need it.Who do i turn to, you never take time out for me,And where do i run to hide, who fights on my side,Oh, you know i need you, who do i turn to, oh no,You never take time out for me,And who do i lean on, when this world fights against me,And where do i run to hide, who fights on my side,You know i need you, who do i turn to.Who do i turn to, you never take time out for me,And who do i lean on, when this world fights against me,And where do i run to hide, who fights on my side,You know i need you, who do i turn to,Baby you never, you never take time out for me,And who do i lean on, when this world fights against me,Where do i run to hide, who fights on my side,You know i need you, baby who do i turn to.Who do i turn to,When i need, when i need somebody,Who do i turn to, where do i run to hide,Who do i turn to,Who do i lean on,And where do i run to hide.酌情给分～～～

一、 如果出现“Service Unavailable”的提示，刷新几下又可以访问。 出现这种情况是由于您的网站超过了iis限制造成的 由于2003的操作系统在提示IIS过多时并非像2000系统提示“链接人数过多”，而是提示"Service Unavailable",出现这种情况是由于网站超过了系统资源限制造成的，主要是程序占用资源太多。 比如同样是100人在线的论坛，雷傲论坛所占的资源就是PW论坛所占资源的10倍以上；另外，一些死循环程序，或者不优化的程序都会占用太多的系统资源，而系统资源明显是有限的。不过WINDOWS2003的操作系统，各网站之间是以独立进程运行的，不会相互影响。 如果一个网站的程序占资源太多或者发生太多的错误，系统日志就会提示：“应用程序池 "xxx" 被自动禁用，原因是为此应用程序池提供服务的进程中出现一系列错误，或者提示：应用程序池 "xxx" 超过了其作业限制设置。这时，访问这个网站就会提示：Service Unavailable。一般系统会在30秒左右恢复正常，多刷新几次就能正常访问了。 另外，如果你的网站当前访问人数过多，超过了系统的iis连接数限制，也会出现Service Unavailable的提示(win2k主机下出现连接过多就会提示：连接过多，请稍后再试；而win2003的主机刚直接提示：Service Unavailable） 二、没有限制IIS连接，还是遭遇Service Unavailable 多见于使用ACCESS数据库的网站 一般使用windows 2003 IIS 6的用户可能这个问题一直正常的系统，突然有一个网站打不开了 提示： Service Unavailable 但这个网站并没有限制IIS连接数。然后马上影响到了别的网站，不到一会，其他的网站也全变成了 Service Unavailable 这是什么原因呢？ 我们分析后可以知道，还是MS的老问题。ACCESS引擎当了。用服务器医生的文件医生修复，查看修复结果时会发现一些文件引起ACCESS引擎“灾难性故障”及“未将对象引用设置到对象的实例”的错误。 通过文件医生修复后，系统才会恢复正常。 三、浏览一个 Windows SharePoint Services Web 站点时，提示：Service Unavailable 1.Microsoft Internet 信息服务 (IIS) 6.0 中没有正确地配置用于虚拟服务器的应用程序池，就可能会发生此问题。 解决方案 要解决此问题，按照下列步骤操作： 1.验证是否已为虚拟服务器配置了应用程序池。默认的应用程序池是 MSSharePointPortalAppPool。 请按照下列步骤来确定虚拟服务器正在使用的应用程序池。 a. 单击“开始”，指向“管理工具”，然后单击“Internet 信息服务 (IIS) 管理器”。 b. 展开“ServerName”，展开“Web 站点”，右键单击虚拟服务器，然后单击“属性”。 c. 单击“主目录”选项卡。 为虚拟服务器配置的应用程序池列在“应用程序池”框中。 d. 单击“确定”。 2. 验证应用程序池帐户使用的密码是否正确。IIS 不会自动轮询 Active Directory 目录服务中的密码更改。如果应用程序池帐户是一个域帐户，其密码已过期，则在为此帐户重新指定一个新密码后，您可能会收到本文“症状”部分所描述的错误信息。 3. 验证应用程序池帐户是服务器上的 IIS_WPG 组和 STS_WPG 组的成员。 4. 重新启动 IIS 以回收应用程序池

#%^%^&%$《问□道》^&%^是给力的选择！^%&

503状态码的意思是：此网页暂时不可访问。如果你访问的很多网站都是这样的情况，有可能是你的浏览器连接问题。这需要你用到修复工具，比如金山或者360的修复软件。如果只是个别的网站出现这样的情况，有可能是对方的内容或者网站还没建设好，或者是访问过大造成的。出现503代码时，你可以过段时间再看看。

uff1f

plot(x,y)x的里面的值决定横坐标y的值决定纵坐标

《Fight Song》是美国女歌手瑞秋·普拉滕演唱的歌曲，由戴夫·巴塞特、瑞秋·普拉滕完成词曲创作，乔恩·莱文担任制作人 。歌曲被收录在瑞秋·普拉滕2015年EP《Fight Song》及第三张录音室专辑《Wildfire》，于2015年2月19日发行 。英文歌词Like a small boat on the oceanSending big waves into motionLike how a single wordCan make a heart openI might only have one matchBut I can make an explosionAnd all those things I didn"t sayWrecking balls inside my brainI will scream them loud tonightCan you hear my voice this timeThis is my fight songTake back my life songProve I"m alright songMy power"s turned onStarting right now I"ll be strongI"ll play my fight songAnd I don"t really care if nobody else believes"Cause I"ve still got a lot of fight left in meLosing friends and I"m chasing sleepEverybody"s worried about meIn too deep they say I"m in too deepAnd it"s been two yearsAnd I miss my homeBut there"s a fire burning in my bonesAnd I still believe yeah I still believeAnd all those things I didn"t sayWrecking balls inside my brainI will scream them loud tonightCan you hear my voice this timeThis is my fight songTake back my life songProve I"m alright songMy power"s turned onStarting right now I"ll be strongI"ll play my fight songAnd I don"t really care if nobody else believes"Cause I"ve still got a lot of fight left in meA lot of fight left in meLike a small boat on the oceanSending big waves into motionLike how a single wordCan make a heart openI might only have one matchBut I can make an explosionThis is my fight songTake back my life songProve I"m alright songMy power"s turned onStarting right now I"ll be strongI"ll play my fight songAnd I don"t really care if nobody else believes"Cause I"ve still got a lot of fight left in meNow I"ve still got a lot of fight left in me中文歌词就如一叶扁舟 穿行在海洋再小的帆也能激起千层浪就如一个简单的字符也能打开心门也许身上只有一根火柴但我也能尽情燃动那些未曾宣于口上的言语已经冲破我思想的围墙我将在今夜呼喊你可否能听见我的声音？这是属于我的战歌找回自我之歌坚定自我之歌我已充满力量现在开始 勇敢坚强我会唱着我的战歌不在乎其他人相信与否因为我依然斗志昂扬朋友们都一个个离开了 常年过着难以安眠的日子每个人对我表示担忧他们说我执念太深 太过固执已经离家两年了对家人的思念绵延不绝但骨髓里的激情永远存在不会磨灭我信念依存 是的我仍斗志昂扬那些未曾宣于口山的言语已经冲破我思想的围墙我将在今夜呼喊你可否能听见我的声音？这是属于我的战歌找回自我之歌坚定自我之歌我已充满力量现在开始 勇敢坚强我会唱着我的战歌不在乎其他人相信与否因为我依然斗志昂扬斗志昂扬就如一叶扁舟 穿行在海洋再小的帆也能激起千层浪就如一个简单的字符也能打开心门也许身上只有一根火柴但我也能尽情燃动这是属于我的战歌找回自我之歌坚定自我之歌我已充满力量现在开始 勇敢坚强我会唱着我的战歌不在乎其他人相信与否因为我依然斗志昂扬此刻 我内心斗志昂扬瑞秋·普拉滕，全名瑞秋·阿什丽·普拉滕，外文名Rachel Platten，别名Rachel Ashley Platten，国籍美国，星座金牛座，出生地波士顿，出生日期1981年5月20日，职业歌手，词曲创作者，经纪公司哥伦比亚唱片公司。主要代表作品：《Fight Song》《1,000 Ships》出生于1981年5月20日，美国流行歌手兼词曲创作者。2003年，瑞秋·普拉滕发行了首张专辑《Trust in Me》。 2011年4月26日，发行第二张专辑《Be Here》，主打单曲《1,000 Ships》在美国公告牌成人前四十榜上的最好成绩为第二十四位。2015年2月，发行单曲《Fight Song》，该歌曲在澳大利亚和新西兰单曲榜上的最高排名分别为第二位和第八位，在美国公告牌百强单曲榜的最高排名为第六位。2015年5月11日，发行EP《Fight Song》，专辑在美国公告牌二百专辑榜上最高达到了第二十位。2016年1月1日，发行第三张专辑《Wildfire》，先行预购曲《Better Place》已开放下载。

你好，违规账号是可以解冻的！违规冻结的账号，由于资源管理疏忽导致账号被牵连冻结，需要整改解冻的话，可以在七牛云申诉平台进行解冻申诉，也可咨询七牛云官方客服！

先简单说一下 很多时候是由于网站空间服务器的配置或者资源限制导致的不足以承受运行的情况有些是买的时候 不知道有所限制 而不能满足程序的运营需求最好是联系服务商查阅相关日志 对症下药 如果撑不住最好换机器-----------------------------------------出现这种情况是由于您的网站超过了系统资源限制（CPU或者IIS）造成的，这个现象在WINDOWS2003+IIS6的环境下都会出现，主要是程序占用资源太多。不同的程序占用的资源都不一样，这个跟程序设计的合理性和优化程度有关；另外，一些死循环程序，或者不优化的程序都会占用太多的系统资源，而系统资源明显是有限的。 如果一个网站的程序占资源太多或者发生太多的错误，系统日志就会提示：“应用程序池 "User_pooll" 被自动禁用，原因是为此应用程序池提供服务的进程中出现一系列错误， 或者提示：应用程序池 "User_pooll" 超过了其作业限制设置。这时，访问这个网站就会提示：Service Unavailable。