1.
Simulation Analysis of MEMS-Based Inertial Delay Pendulum Mechanism
基于MEMS的钟表惯性延时机构仿真分析
2.
dial clockwork
计算器的钟表机能结构
3.
Characteristic Research on Runaway Escapement Driven by Two Slide-blocks
双滑块驱动无返回力矩钟表机构特性研究
4.
full balance of inertia force of mechanism
机构惯性力的完全平衡
5.
Note: This form is to be completed in duplicate when applying for the extention of representative office in both Chinese and English.
注：申请常驻代表机构延期时填写此表，一式二份，中英文对照。
6.
chronometer time plus watch time
天文钟时间加钟表时间
7.
chronometer time minus watch time
天文钟时间减钟表时间
8.
At this time the watch and camera industries were taking shape
这时，钟表和照相机工业开始形成。
9.
Due to the concern of process variation, the delay of each clock buffer is treated as a range instead of a single value.
在制程变异上面，每个时钟缓冲器的延迟值被表示为一个范围值。
10.
Research on Inertial Piezoelectric Actuator with Changeable Pressure;
正压力变化式惯性压电驱动机构研究
11.
Research on Identifying Inertial Parameters of 6-SPR Parallel Mechanism;
6-SPR并联机构惯性参数辨识的研究
12.
Research on Inertial Piezoelectric Actuator and the Actuator under Magnetic Effect
惯性压电驱动机构及磁作用影响研究
13.
Research on Two-dimensional Inertial Piezoelectric Actuator Driven by Piezoelectric Stack
叠堆驱动二维惯性压电驱动机构研究
14.
horological industry
钟表[计时器]工业
15.
a digital watch [clock]
数字式手表 [时钟]
16.
And if the relative velocity of two inertial frames is constant, the compound pendulum in motion runs slower at a same factor than the resting one.
两惯性系相对速度一定时，运动的复摆钟都比静止的钟慢了一个相同的因子。
17.
instrument panel clock and clock of a similar type for vehicles, aircraft spacecraft or vessels
机动车、飞机,宇宙飞船或船用仪表板钟及类似时钟
18.
Study on Virtual Prototyping of Fuze S & A Mechanism (Involute Gear Train and Straight-Sided Verge Runaway Escapement);
引信无返回力矩钟表机构虚拟样机技术研究