1)  tooth wheel rim
齿轮缘
2)  gear
齿轮
1.
Failure analysis of the spot flaking on 40Cr steel gears surface;
40Cr钢齿轮齿面点状剥落失效分析
2.
The Visual Teaching in the Measurement of Gear Parameters;
谈“齿轮参数测量”的直观教学
3.
One approach to reducing noise of automobile rear axle gear assembling;
一种降低汽车后桥装配中齿轮噪声的途径
3)  gears
齿轮
1.
Review on carburizing and hardening technology of gears in China;
对我国齿轮渗碳淬火技术的评述
2.
Squeeze Casting of Zn-Al Alloy Gears with High Strength;
高强度锌铝合金齿轮挤压铸造成形
3.
Composite Technics of Shot-peening and Brush-plating for Renovating Gears on Helicopter;
直升机齿轮喷丸-电刷镀复合修复工艺研究
4)  gear wheel
齿轮
1.
This paper illustrates the processing art method of the hard gear wheel with big modulus in accordance with the mill wheel machine equipment in our factory and analyzed the big modulus gear wheel.
针对我厂现有磨齿机的设备和对特大模数齿轮参数分析制定出特大模数硬齿轮加工工艺方法。
2.
The feederless foundry method for a large ductile iron gear wheel was described.
介绍了大型球铁齿轮的无冒口铸造工艺。
3.
It is shown that the macrocracks are initiated by a strong stress in the root of the gear wheel,and the distribution as well as the propa-gation of the fatigue crack are the characterstics of the resonance.
本文对减速器主动齿轮断裂行为进行了分析。
5)  wheel gear
齿轮
1.
The resulting assurance coefficients are different if choose different reliability levels as requests during wheel gear strengths calculation.
在齿轮强度计算中,如果选取不同要求的可靠度,所得到的安全系数也不相同。
2.
The loss of power by using the wheel gears mainly lies in the loss of the surface of action,the loss of oil resistant when the gears stir the lubricating oil,and the loss of bearings.
齿轮传动的功率损失主要在于:啮合面的摩擦损失、轮齿搅动润滑油时的油阻损失和轮轴支承在轴承中和轴承内的摩擦损失。
6)  spur gear
齿轮
1.
Numerical simulation and experimental study of the precision forging of spur gear;
齿轮精锻的数值模拟与实验研究
2.
The paper focuses on the technology of metallic plastic forming to spur gear, and emphatically analyzes a new technology of the precious plastic extrusion to spur gear, which is about the distributed principle and precious forming methods.
在本文中,对直齿轮的塑性成形技术进行了研究。
3.
Application of laser hardening is a newly developed technique in the surface hardening of spur gears.
本文提出了齿轮激光热处理的三项关键工艺技术 ,即连续偏置、变速扫描和辅助冷却技术。
参考词条
补充资料:八缘──地动八缘
【八缘──地动八缘】
  ﹝出增一阿含经﹞
  [一、因水火风动故地动],经云:此阎浮提地,南北阔二万一千由旬,东西阔七千由旬,厚六万八千由旬。地下有水,厚八万四千由旬。水下有火,厚八万四千由旬。火下有风,厚六万八千由旬。风下有金刚轮,过去诸佛舍利,咸在其中。或有时大风忽动,火亦随动。火既动已,水复随动。水既动已,地即随动。故云因水火风动故地动。(梵语阎浮提,华言胜金洲。梵语由旬,华言限量,或四十里,或六十、八十里也。)
  [二、菩萨处母胎故地动],经云:菩萨从兜率天降神来处母胎,是时地亦大动。(梵语兜率,华言知足。佛在兜率天时,称为菩萨。)
  [三、菩萨出母胎故地动],经云:菩萨出母胎时,是时地亦大动。
  [四、菩萨成道故地动],经云:菩萨出家学道,成无上正觉,即名为佛,是时地亦大动。
  [五、佛入涅槃故地动],梵语涅槃,华言灭度,是时地亦大动。
  [六、比丘欲现神通故地动],梵语比丘,华言乞士。经云:有大神通比丘,欲现多种变化,或分一身为千百身,还复为一。飞行虚空,山石无碍,涌没自由,是时地亦大动。
  [七、诸天舍本形位得作天主故地动],经云:诸天有大神通,神德无量,从彼命终,还生彼处,由佛德力,舍本天形,得作帝释,或作梵主,是时地亦大动。(帝释,梵语释提桓因,华言能天主。梵主,即梵天主也。)
  [八、饥馑刀兵将起故地动],经云:若众生命终福尽,或互相攻伐,或值饥馑,或遇刀兵,是时地亦大动。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。