1) meshing spring
啮合弹簧
2) elastic meshing
弹性啮合
1.
Finite element analysis on tooth modification of heavy load gears based on the theory of elastic meshing;
基于弹性啮合理论的重载齿轮齿面修形的有限元分析
2.
On the basis of considering the tooth profile theoretic clearance of inner meshing gear pairs and elastic deformation of gears, the theoretic analytical model was established for number of actual contacting tooth pairs of elastic meshing of three-ring transmission and load distribution among each tooth.
在考虑内啮合齿轮副齿廓理论间隙、轮齿弹性变形的基础上 ,建立了三环传动弹性啮合实际接触齿对数及各齿间载荷分配的理论分析模型 ,提出了在齿轮强度计算中计入弹性啮合效应系数的方法 ,并按照静强度校核的方法考虑了制造误差的影响。
3) Elastic engagement
弹性啮合
1.
A new belt transmission coupled with elastic engagement and friction is introduced.
建立了弹性啮合与摩擦藕合带传动的力学模型 ,推导出了这种新型带传动的最大有效拉力和最大传递功率的计算公式 ,阐明了新型带传动的特点 ,并提供了新型带传动的实验室试验结果和应用实
4) complex-spring
复合弹簧
1.
The design example and norm were established for the complex-spring that supports catalysts in tubule.
针对列管式固定床反应器存在传热和温控问题的技术难点,设计和分析了小型反应器环形集成多通道入出口,大型反应器环形槽入出口的结构和特点;提出球形催化剂在催化剂更换时优于圆柱形催化剂的理论分析;给出反应管内支托催化剂的复合弹簧的设计实例和设计指标。
5) combined spring
组合弹簧
1.
Flexible the model of a paratactic combined spring is precise via simulating in Pro/Engineer3.
0对具有挠性的螺旋并列式组合弹簧进行模拟,得到的组合弹簧三维实体模型精确,与实际组合弹簧在力学性能极其接近。
2.
In this paper, we investigated the suspension damping system with variable-stiffness combined spring and its control algorithm, then designed a novel damping system consisting with variable stiffness combined spring based on vibration and active control theories.
本文根据振动及主动控制理论,对基于变刚度组合弹簧的悬架减振控制系统及其控制算法进行了深入的研究,设计了一种新型的变刚度组合弹簧减振系统,主要包括以下三个部分:首先,建立非线性变刚度组合弹簧的等效模型,进行等效刚度计算。
6) closing spring
合闸弹簧
1.
Considering closing spring failure of operating mechanisms in high voltage circuit breaker,reliability design theory was applied to analyze it,and found reason of spring failure because of lacking fatigue reliability,and offered some measures to solve the problem.
针对高压断路器弹簧操动机构合闸弹簧失效问题,运用可靠性设计理论对其进行分析研究,找出了弹簧因疲劳可靠度不足而失效的原因,并提出了解决问题的措施。
补充资料：齿轮单面啮合检查仪
见齿轮综合检查仪。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条