Such kind of detent product is the first products applied for National Security Mark. 这种制动器产品目前为全国第一家申请国家安全标志的产品。
By mechanics calculating and physicochemical analyzing, the reason is found that it results from the cohesive wear between the detent hook and forced shaft, and reappears in validate test. 简要介绍了某投放装置在做地面发射试验时发生粘着磨损的故障情况,通过受力计算和理化分析,确定了是由于锁制钩和承力轴发生粘着磨损所致,验证试验中故障复现。
In jig design most important link is the clamping and the detent mechanism. 夹具设计中最重要的部分就是夹紧和定位机构。
Research on minimizing Detent Force of Permanent Magnet Linear Synchronous Motor 永磁直线同步电机磁阻力最小化研究
Slag collector: wet slag discharge is made by hydraulic ratchet wheel, detent, worm wheel or worm from both sides. geared propulsion machinery 清灰机构:采用液压驱动棘轮、棘爪装置或蜗轮蜗杆装置湿式双侧除灰。齿轮减速式推进装置
The utility model is formed by a distributor body, a rotary valve core, a locating wheel, a locating detent, an oil cylinder and so on. 它由分配器本体、旋转阀心、定位轮、定位爪、油缸等组成。
Study of arc suppression coil grounded system with medium resistance Research on Minimizing Detent Force of Linear Permanent Magnet Brushless DC Motor 中性点经消弧线圈并联中值电阻接地方式的研究一种减小动圈式永磁无刷直线电动机磁阻力方法研究
Research on Minimizing Detent Force of Linear Permanent Magnet Brushless DC Motor Starting performance of U-type single-phase permanent magnet synchronous motor 一种减小动圈式永磁无刷直线电动机磁阻力方法研究U型铁芯单相永磁同步电动机起动特性
Associated with the turn knob are two microswitches, which are closed when the knob is in the detent position. 与旋钮连接的是两个微型开关,它们在旋钮处于制动位置时是闭合的。
Analysis and optimization of rapier loom ′ s beating cam conjugate Slag collector: wet slag discharge is made by hydraulic ratchet wheel, detent, worm wheel or worm from both sides. 剑杆织机打纬共轭凸轮机构分析及优化清灰机构:采用液压驱动棘轮、棘爪装置或蜗轮蜗杆装置湿式双侧除灰。
General detent. Engaged or disengaged can be specified. 常规制动销。可指定为已占用或未占用。
Guarantees the doors are always in the locked position ( provided the door was closed to the first lock detent position) 保证车门始终关紧(即使此车门只被关合到门锁的第一卡合位)
We use a soft stop detent to indicate the desired touchdown sink rate in the STOVL mode. 我们用一个软着陆闭锁装置来标明垂直起降模式下所需要的着陆下沉速率。
Study on Ironless Moving Coil Linear permanent Magnet Synchronous Motor; Research on Minimizing Detent Force of Linear Permanent Magnet Brushless DC Motor 空芯动圈式直线永磁同步电动机的研究分析一种减小动圈式永磁无刷直线电动机磁阻力方法研究
And it provided designing courses and the essential designing means of automobile detent inertia test-bed trough analyzing automobile brake process. 通过对汽车制动过程的模型分析,提出了制动器惯性试验台架的设计思路和基本设计方法,并对重型车制动器惯性试验台架进行了设计及实现;
The detent force only due to the slot effect was analyzed by finite element method. 建立齿槽效应分析模型,运用有限元数值分析由齿槽效应产生的磁阻力;
Through the design of unequal tooth pitch, the detent torque can be effectively minimized for improved operation performance. 采用不等齿距的设计,减小二相电动机的定位转矩,提高其运行性能。
The analytic calculation formulas for air-gap flux density and detent force due to end effects were derived. 导出了气隙磁密及由于边缘效应所引起的磁阻力的解析计算公式。
Research on test of the detent force in permanent magnet linear synchronous motor 永磁同步直线电机定位力测试实验研究
This paper simulated the detent process of lift by adams, the effect of changing the angle of the safety clamp and the load is also be listed. 本文通过动态仿真软件adams,对电梯制动过程进行现场重现,得出安全钳角度和电梯载重对电梯制动效果的影响。
To ensure the wire quality, tension must be kept in stable during the winding process. In this thesis, a tension closed-loop control system with magnetic particle detent as actuator is designed, and power circuits for driving are developed to drive magnetic particle decent. 在绕丝过程中,为了保证焊丝的质量,必须在缠绕过程中保持张力稳定,在论文中设计了以磁粉制动器为执行器件的闭环张力控制系统,设计了磁粉制动器功率驱动电路。
Based on this object, a complete automobile model, a detent model, a tyre model, a road surface model and a suspension system model are founded in the article; 基于此目标,本文建立了汽车整车模型、制动器模型、轮胎模型、路面模型、悬架系统模型;
Ratchet wheel mechanism with number-increased detent; 根据实际情况增加了棘爪数量的棘轮机构设计;
Detent catch is an important parts of rocket launch system. In this thesis, initial designing is carried out and dynamic analysis of finite element are done using LS-DYNA software. The simulation calculation is done about action course of detent catch. 闭锁挡弹器是系统中的一个关键部件,本文对该机构进行了初步的设计,并应用LS-DYNA对机构进行了动力有限元分析,对闭锁机构的作用过程进行了数值仿真;
Therefore, reducing detent force is the difficulty and keystone on improving the design and applied research of permanent magnet linear motor. 因此抑制磁阻力,是提高永磁直线电机的设计和应用研究的重点和难点。
As a result, the normal force increases 13% and the detent force reduces 37%. 优化后,正常推力增加了13%,而磁阻力降低37%。
Moreover, the single pair and adjacent rotor poles torque characteristics also with the detent torque characteristic are studied. 在此基础上,分别研究了电机的单对极转矩特性、相邻转子磁极之间相互作用以及定位转矩特性。
Inspired by Feynman ratchet and detent, the directed transport was named as the ratchet effect. 由于受到费曼棘轮和棘爪装置的启发,这种定向输运被命名为棘轮效应。
Besides, some research on detent force caused by the gap between two stator-modules was done. 同时,还对双定子模块的动子受力及气隙处的定位力进行了研究。