| 1. | Study on the self - lock conditions of differential gear trains
差动轮系自锁条件的研究 |
| 2. | Differential geared wheel reductor bevelepicyclick hub reductor
行星锥齿轮式轮边减速器 |
| 3. | Calculating method on change differential gears of hobbing machine
滚齿机差动挂轮计算方法 |
| 4. | South pointing chariots can be classified into fixed - axis wheel system and differential gearing system
本研究的目的，在于系统化的进行指南车的复原设计。 |
| 5. | As long as the truck is moving in a straight line , the ring gear , differential gears , and drive axles turn together without variation of speed
当卡车直线行驶的时候，环形齿轮，差速器齿轮和驱动轴便会无变速的一起转动。 |
| 6. | The result of the simulation indicates that auto - anti slide differential gear system based on fuzzy logic control has a perfect anti - slide quality , its antomaticity and practicality are well -
结果表明：基于模糊控制的自动防滑差速系统防滑性能好，自动化程度高，可实施性好。 |
| 7. | The relational expression of the speed difference of drum and spiral propeller ( 0 ) and the difference of drum speed and input speed of the differential gear ( 1 ) is derived
由于钻井液的比重和粘度是随井下情况变化的不确定值，且现场对钻井液的处理量时有变化，需随时调节0或1以调节离心机的处理能力和效果。 |
| 8. | In other hand , the novel ev has no a differential gear , therefore , an electric differential system is needed . the manipulation performance of the novel ev with electric differential is analyzed by deeply research on vehicle dynamics performance . secondly , a new in - wheel driven control strategy is proposed
在分析过程中，突出研究本文所设计的ev新结构给车辆操控性能带来的影响和能够得以改进、完善的技术空间；其次，根据上述这两方面的研究，以及双轮独立驱动系统的特点，本文提出了一种针对双轮独立驱动的驱动控制方案。 |
| 9. | Based on the comprehensive estimating method of the final drive , the analysis method is proposed to focus on analyzing one of the important testing targets ? the meshing states of the spiral bevel gears and differential gears of the final drive when they are working under the imitating conditions
本文主要对汽车后桥主减速器壳表面的振动信号进行分析。这是在主减速器综合评价方法的基础上,针对其中一项重要的试验参数? ?主减速器齿轮的啮合状况,而提出的分析方法。 |
| 10. | Aimed at the flaw of weak anti - slide function in traditional engineering machine , the thesis puts forward a new auto - anti - slide differential gear system controlled by intel 8751 microcontroller , which adopts the fuzzy logic as its control algorism and the best slide ration ( s ) as system ' s control target
针对传统工程机械差速系统存在防滑功能不强的缺陷，提出以intel8751单片机为控制芯片，以最佳滑移率s为控制目标，采用模糊逻辑控制为控制算法的自动防滑差速系统。 |
