Release bearing and sleeve assembly Since there is no one central axis, there are, in effect, no off-axis points. 分离轴承和分离套筒总成由于不存在中央轴,实际上也就没有离轴点。
Remove release lever and release bearing. 拆下分离杠杆和分离轴承。
The release bearing is removed under a shop press. 使用车间压力机拆卸分离轴承。
Steering clutch release crank axle analysis of the dynamics of precision centrifuge spindle system with the externally pressurized gas bearing 转向离合器开关曲柄轴精密离心机静压气体轴承主轴系统的动力学特性分析
Dynamic Release of Potassium from Potassium Bearing Minerals as Affected by Ion Species in Solution 含钾矿物中钾的释放及其与溶液环境中离子种类的关系
Pull off clutch release lever from the ball journal and remove with release bearing. 从球形轴颈上拉下离合器分离杠杆,与分离轴承一起拆下。
Steering clutch release rocking lever side bearing arch 转向离合器开关摇臂杆
The synthesis and drug release property of polysiloxane bearing pendant long alkyl ether group 侧链为长链烷基醚的聚硅氧烷的合成及其药物控制释放性能的研究
Study on Elastic Elements in Automobile Clutch Self-Centering Release Bearing Device 汽车离合器自动调心分离轴承弹性元件的研究
How to improve the stress release method and how to determine the bearing resistance are discussed at the end. 最后作者提出了应力释放法在实际施工过程中的一些不足之处,以及如何准确确定大梁支座反力。
In order to partial release the internal forces, the bearing of the main trusses are designed as free sliding bearings in construction stage. 在施工阶段,主桁架支座设计成纵向可自由滑动的滑动铰支座,以释放部分内力。
The function, construction, load and deformation, strength conditions, as well as the manufacturing process of the elastic elements in the. automobile clutch self-centering release bearing device are discussed. 分析和研究了汽车离合器自动调心分离轴承弹性元件的作用、结构形式、载荷与变形关系,以及强度条件和制造工艺。
Stress Release Method of the Bearing Capacity Evaluation of Steel Bridge 钢桥承载能力评定的应力释放法
After a trial of over 100 million releases testing, it has been proven that the tester have fine performance and can meet the requirement of domestic manufacturer for simulating testing of clutch release bearing, and is worth popularizing for further applications. 通过100余万次的试验考核证明整机性能良好,运行可靠,能够满足国内主机厂家对离合器分离轴承模拟试验的要求,具有较高的推广和应用价值。
Through the release of surrounding rock stress shows that because of the different bearing ability, there is a more reasonable time for primary support. 通过释放围岩不同应力推断由于围岩的自承能力,初期支护存在一个较合理的时间段。
In engineering practice, based on new austrian tunneling method, understanding the degree of surrounding rock pressure release situation can bring into play the surrounding rock bearing capacity and help judge the stability of surrounding rock for applying support. 在工程实践中,依据新奥法施工理念,当了解围岩压力释放程度时,更有利于发挥围岩的自承载能力,对于判定围岩稳定性和施作支护提供重要依据。