英语人>词典>汉英 : 滑动轴 的英文翻译,例句
滑动轴 的英文翻译、例句

滑动轴

词组短语
slide shaft · sliding axle · sliding shaft
更多网络例句与滑动轴相关的网络例句 [注:此内容来源于网络,仅供参考]

This invention relates to a slider (11) for an optical data writing/reading apparatus (1), the slider carrying an optical lens (40) defining a focal point (42), the slider having a configuration such that, upon variation of the disk speed such as, for example, caused by a slider movement from an inner diameter to an outer diameter, the pitch angle varies owing to a pivot movement about a pivot axis which lies in a vertical plane through the focal point, the pivot axis preferably coinciding with the focal point.

本发明涉及用于光学数据写/读装置(1)的滑动器(11),在该滑动器(11)上装有确定焦点(42)的光学透镜(40),该滑动器具有这样一种结构,以便于在诸如滑动器从内径到外径运动造成盘速变化时,由于围绕位于经过焦点的垂直平面内的旋转轴的枢轴运动而改变倾斜角。

The fault-plan solutions for the two events of the injection-induced microearthquakes were determined by using the first-motion′s direction of P waves from records of the KTB surface stations the focal mechanism at 5.1 km: the nodal planes Ⅰ, strike 30°, dip 46°, slip 10°; the nodal planes Ⅱ: strike 293°, dip 83°, slip 136°; T-axis: azimuth 241°, plunge 35°; P-axis: azimuth 349°,plunge 24°.

用KTB地面台网记录的资料和P波初动方向得到了这次注水诱发地震中两个大地震的震源机制解。其中震源深度为5.1km的地震,其节面Ⅰ参数为:走向30°,倾角46°,滑动角10°;其节面Ⅱ参数为:走向293°,倾角83°,滑动角136°;T轴方位角:241°,倾角:35°;P轴方位角:349°,倾角:24°。

Processing efficiency as a result of cutting-axis achieve the revitalization of planning released the equipment manufacturing industry to adjust exhaust turbocharger atc common faults and exclusion of high-speed cutting edge technology used in the blanking die in and outside the ring of rolling bearing fault diagnosis methods of the term commonly used brief summary of metal material factor in the quality of process performance aluminum water purification technology gap separating sub-micron technology the basic principles of rotary broaching the installation of the basic principles of positioning technology in the context of the characteristics of the engine crankshaft camshaft grinding high-speed implementation of the project highlights the emergence of diagnostic bearing cage diagnostic system 10 cases of preventive measures hardening die steel crack analysis of elastic deformation of the analysis error δφ maintenance and repair pneumatic tools processing tools prismatic conical shape when the surface of the workpiece form error ina sets of cylindrical sliding zgb200x220x180 ina sets of cylindrical sliding cylinder zgb180x200x180 ina zgb160x180x150 ina sets of cylindrical sliding sliding sliding cylinder zgb140x155x150 ina sets zgb120x135x120 ina sets of sets of cylindrical sliding zgb110x125x100 ina sets zgb100x115x100 ina cylindrical cylindrical sliding sliding sliding cylinder zgb90x105x80 ina sets zgb80x90x80 ina sets of sets of cylindrical sliding zgb70x80x70 cnc machine tools in general the structure of the spindle drive motor and the use of the exchange servo motor,the dc converter or to eliminate brush maintenance and high-speed electrical and mechanical constraints,through the belt driving the movement to the spindle,so that the spindle reaches a certain speed to achieve the stepless speed regulation,and consistent use of the speed signal converter to confirm the speed of the motor to achieve the directive,and then cutting into the knife,resulting in improved efficiency

摘 要:由于加工切削效率轴达到实习心得振兴数控机床实习心得发布装备制造业调整废气涡轮增压器常见故障及排除换刀高速切削技术的优势在冲裁模中废旧滚动轴承内外环设备故障诊断常用简易方法名词简介金属材料工艺性能铝材质量因素净化水处理技术空白亚微米分离技术回转拉削基本原理定位安装的基本原则特征技术产生的背景发动机曲轴凸轮轴的高速磨削加工五轴机实施中数控机床实习心得涌现诊断轴承保持架诊断系统预防措施10例模具钢淬火裂纹分析弹性变形误差δφ的分析维护及保养气动工具棱体成形车刀加工圆锥面工件时产生的形状误差 ina 圆柱滑动套 zgb200x五轴机x180 ina 圆柱滑动套数控机床实习心得180x200x180 ina 圆柱滑动套 zgb160x机床实习心得x150 ina 圆柱滑动套 zgb数控机床实习心得x155x150 ina 圆柱滑动套 zgb120x135x120 ina 圆柱滑动套 zgb110x125x100 ina 圆柱滑动套 zgb100x115x100 ina 圆柱滑动套 zgb90x105x80 ina 圆柱滑动套 zgb80x实习心得x80 ina 圆柱滑动套 zgb70x80x70 数控机床的主轴机床信息交流网结构一般采用交流电机和伺服电机,采用变频器或以消除直流电机电刷维护和高速限制,通过带传动把运动传给主轴,进而使主轴达到一定的转速来实现无级调速,同时利用变频器的速度一致信号来确认电动机达到了指令速度后,再进刀切削加工,从而提高了效率

This practical new-pattern power input axis 1 is assorted with furrow whole machine batholith 46 power fitting machine support 26 install rototiller axis 21 gear box 4,17 There are glide assorted umbrella gears 5, tooth border away-combine talon 7 and spring in axis .umbrella gears 5 and power input axis end of umbrella gears 11 mesh , the other end of axis with umbrella gears 42 mesh umbrella gears14 on rototiller axis 21, on axis 21 installs revovle furrow sword 23, on the shelf is tail wheel 29.tooth border away-combine talon 7 is driven by branch arm 35 on dial fork axis 34, branch arm is controlled by handle 38, connect part 39, control hold 36, it has orientation part .

本实用新型动力输入轴1与耕整机底盘46动力装置配合。机架26上装有旋耕轴21,齿轮箱4,17。轴1有滑动配合的伞齿轮5和牙镶离合爪7,有弹簧8。伞齿轮5与动力输出轴13端部的伞齿轮11啮合,轴13另一端有伞齿轮42与旋耕轴21上的伞齿轮14啮合,轴21上装有旋耕刀23,上有尾轮29。牙镶离合爪7由位于拨叉轴34上的支臂35驱动,支臂由手柄38,连接件39,操纵把36控制,有定位件45。

Each subject performed three different PA glide techniques (PA glide with the thumb unsupported, PA glide with digital support and the PA glide with IP supported by the index) on a force plate while interphalangeal, metacarpophalangeal and carpometacarpal joints kinematics were tracked by a motion analysis system. The joint angles, maximum thumb-tip force, surface EMG activities of 8 thumb muscles and the Beighton score of each subject were recorded for analyses.

每位受试者在六轴力版上表现3 种不同的后前向滑动徒手技巧(不支撑后前向滑动,四根手指支撑之后前向滑动,大拇指指间关节支撑之后前向滑动),藉由动作分析系统同步收取IP 关节、MCP 关节及CMC 关节动力学资料,每个大拇指关节角度、指尖的力量、8 块大姆指肌肉的表面肌电图以及每位受试者的柔软度分数。

The stationary ring of the device is fixed on the cover of the pump, the rotating ring and the pump shaft are in the endwise slip connection. The elastic cell acts on the direction for the rotating ring to press the stationary ring, while the pump shaft outside the pump cover is hinged with the flying iron, of which the force transferring end acts in the direction for the rotating ring to deviate from the stationary ring.

本装置的静止环固定在泵盖上,旋转环与泵轴在轴向滑动连接,所配置的弹性元件作用于旋转环的压向静止环方向,泵盖外的泵轴铰接飞铁,飞铁传力端作用于旋转环的脱离静止环方向。

The image forming device also includes a pressing body which is provided on the main frame and is slidable in a direction along a straight line orthogonal to a rotational center shaft of the electrostatic latent image carrier and a rotational center shaft of the developer carrier, and an operating unit which operates the pressing body to press a bottom surface of the developing unit by sliding the pressing body in a direction of the straight line and to hold the pressing body so that the developer carrier is maintained under a state making contact with the electrostatic latent image carrier.

该成像设备还包括:一个按压机构,该机构设置在该主框架上,并在按压方向上沿着这样直线的方向滑动,其中该直线垂直于静电潜象载体的旋转中心轴和显影剂载体的旋转中心轴;以及一个操作装置,该操作装置通过在直线的方向上滑动该按压主体以按压显影单元的底面,并保持该按压主体,从而该显影剂载体保持在与静电潜象载体接触的状态。

The shaft is mounted in the pump housing by axially spaced conical bearings, each bearing including a first element fixed on the shaft with a first conical bearing surface concentric with the axis, a coacting second element carried by the housing with a second conical bearing surface concentric with the axis and slidably engaging the first bearing surface and a spring forcing the elements together.

所述轴由轴向地间隔开的锥形轴承安装在所述的泵外壳中,每一轴承包括:第一元件,固定在所述轴上,具有与所述轴线同心的第一锥形轴承表面;共同作用的第二元件,由泵外壳承载,具有与所述轴线同心的第二锥形轴承表面,该第二锥形轴承表面可滑动地啮合所述第一轴承表面;和弹簧,将所述元件压在一起。

The sliding gear assembly consists of sliding shaft, sliding gear and sliding clutch. The sliding shaft coaxial with the driving shaft has one end stretched into the axial hole on one end one the driving shaft and the other end supported on the front end casing; and the driving shaft is fixed axially onto the pedestal.

滑动齿轮组件由滑动轴、连接在滑动轴上滑动齿轮、连接在在滑动轴上的滑动离合器组成;滑动轴与传动轴同轴;滑动轴的一端的伸入在传动轴的一端沿轴向所开的孔内,另一端支撑在前端壳体上;传动轴在轴向被固定在底座上。

The focal mechanism at 8.9 km: the nodal planes Ⅰ, the nodal planes Ⅰ: strike 213°, dip 76°, slip -21°; the nodal planes Ⅱ: strike 308°, dip 70°, slip -165°; T-axis: azimuth 261°, plunge 4°; P-axis: azimuth 169°, plunge 24°.

震源深度为8.9km的地震,其节面Ⅰ参数为:走向213°,倾角76°,滑动角-21°;其节面Ⅱ参数为:走向308°,倾角70°,滑动角-165°T轴方位角:261°,倾角:4°;P轴方位角:169°,倾角:24°。

更多网络解释与滑动轴相关的网络解释 [注:此内容来源于网络,仅供参考]

countershaft:副轴

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slid axle:滑动轴

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slide rod:滑动棒

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