曲柄连杆的英文

• crank co ecting rod
• crank connecting link
• crank connecting rod
• crank link
• crank rod
• toggle lever
• toggle link

• "曲柄"英文翻译    crank
• "连杆"英文翻译    link; connecting rod; perch; ...
• "曲柄连杆比" 英文翻译 :    crank radius-connecting rod length ratio
• "曲柄连杆传动" 英文翻译 :    cane-link drive; slot and crank drive; slot-and-crank drive
• "曲柄连杆机构" 英文翻译 :    crank gear; crank link mechanism; crank-connecting rod mechanism; crank-link mechanism
• "摆杆曲柄连杆机构" 英文翻译 :    lever crank mechanism; levercrankmechanism; quadric crank mechanism
• "偏心曲柄连杆机构" 英文翻译 :    central-located connecting rod; offset connecting rod
• "曲柄连杆传动装置" 英文翻译 :    crank link gear
• "曲柄连杆大头的孔" 英文翻译 :    crank bore
• "曲柄连杆夹紧螺丝" 英文翻译 :    crank co ecting rod clamscrew; crank connecting rod clamscrew
• "曲柄连杆铰接螺丝" 英文翻译 :    crank co ecting rod hinge screw; crank connecting rod hinge screw
• "曲柄连杆式压力机" 英文翻译 :    knuckle press
• "双曲柄连杆机构" 英文翻译 :    drag link
• "中心曲柄连杆机构" 英文翻译 :    central-located connecting rod
• "交叉滑块曲柄连杆机构" 英文翻译 :    cross slider crank chain
• "曲柄连杆式无游梁抽油机" 英文翻译 :    crank-guide blue elephant
• "双舵柄连杆" 英文翻译 :    connecting yoke; connectingyoke
• "闩柄连杆" 英文翻译 :    latch rod
• "曲柄连接板" 英文翻译 :    crank web
• "曲柄连结杆" 英文翻译 :    crank connecting link
• "带连杆曲柄" 英文翻译 :    slot and crank
• "曲柄端连杆" 英文翻译 :    crank end co ecting rod; crank end connecting rod
• "带连杆的曲柄" 英文翻译 :    slot and crank
• "连杆曲柄头盖" 英文翻译 :    big-end cap
• "连杆曲柄装置" 英文翻译 :    tierod-crank system

• Finally , according to the balancing process of the motorcycle engine crank set - jl100 model made by jialing industry , this dissertation has put forward methods which modified the dynamic balance of the crank - connecting rod mechanism
  对测试应用程序软件的开发提出了大体的要求和整体的构想。最后，通过嘉陵工业几100型摩托车发动机曲柄连杆动平衡的校正过程，说明动平衡的校正方法。
• The research in this paper is mainly focused on the dynamic - balance theory of motor crank - set , dynamics of vibration unit of balance machine and test methods of dynamic balance diagnostic system . a dynamic balance test system is developed at the end of this paper , which is used for single cylinder motor
  本文所做的主要工作围绕着对发动机曲柄连杆机构动平衡理论的研究、平衡机振动系统部分的动力学研究以及提出一种对发动机曲柄连杆机构做动平衡测试的测试方法来展开，最终建立了一套用于单缸发动机曲柄连杆的动平衡测试系统。
• The crank - set of motor is a special rotate machine , in which the inertia combined - force caused by running crank will tremble the whole automobile along with rack . therefore , it has practical meaning to locate the inertia combined - force and eliminating its influence on whole system , which can reduce the uncomfortable feeling of driver , also promote entire performance
  发动机曲柄连杆是一种特殊的旋转机械，其工作时产生的惯性力的合力会使发动机工作时产生振动，这个振动传递到机架上，引起整车的振动，从而使驾驶者感到不适，同时对整车性能产生不利影响，因此，找出并消除这个惯性力的合力对于提高车辆的整体性能有着重要意义。
• This drilling adopts crank connecting link and walking beam percussion mechanism , which make the drilling possess two percussive functions , normal drilling takes connecting link impact as main mode , when encountering special situation and the connecting link impact can not drill , it can transform into hoisting impact , the stroke length can be modulated , it realizes automatic percussive drilling due to continuous operating of connecting link percussive mechanism , these can enhance drilling efficiency and relieve labor intensity ; it adopts pumping reverse circulation to drain slag , which not only resolves the drilling difficulty in special stratum such as pebble and gravel stratum and hard stratum , but also resolves the problem that the percussive drill ' s efficiency is low ; it adopts spur gear differential mechanism as double cylinders lazy tongs of main hoist , which not only ensures the balance state of drilling tool , but also reduces the mechanical design , and reduces the cost ; the bottom plate traveling motion of this drilling machine adopts walking type ; the drilling tower adopts hydraulic pressure uprising , and reduces the assistant operating time
  该钻机采用曲柄连杆、游梁式冲击机构，使钻机具有两种冲击功能;正常钻进以连杆冲击为主，遇到特殊情况，用连杆冲击不能钻进时，可转为卷扬冲击，冲程可调，因连杆冲击机构连续工作，所以实现了自动冲击钻进，可提高钻进效率，减轻劳动强度;采用泵吸反循环的方式排渣，既能有效解决卵砾石地层、坚硬地层等特殊地层钻进的困难，又很好地解决了冲击钻机效率低下的问题;采用直齿圆柱齿轮差速机构作为主卷扬的双筒同步机构，既保证了钻具处于平衡状态，又大大简化了该机构设计，降低了成本;该钻机底盘行走移位采用步履式;钻塔采用液压起立，减少了辅助作业时间。