1.
Analyse and Design on the Spring Operating Mechanism of Vacuum Circuit Breaker;
真空断路器弹簧操动机构的分析与设计
2.
A Research on the Spring Operating Mechanisms of the 126kv SF6 Gas Circuit Breakers;
126KV六氟化硫气体断路器弹簧操动机构的研究
3.
Improvement of Switching-off and Tripping Part of the Spring Operating Device of Breaker Maintenance & Test Department of Fuyang Power Supply Company
高压断路器弹簧操动机构分闸脱扣部分的改进
4.
The analysis and improvement of spring operation mechanism rejecting closing for the type of LW18-35 breaker
LW18-35型断路器弹簧操动机构拒合原因分析及改进
5.
A 150gas spring reclining mechanism in the backrest invites for a restful nap.
气弹簧控制150度可调操纵机构。
6.
Operating machine of the type products is spring energy storage type, it can be AC operated, also operated by hand.
本系列产品的操动机构为弹簧储能式，可以用交流操作，亦可用手动操作。
7.
On Dynamic Plastic Failure of the Restoring Spring of a Missile Projector;
弹射挂弹机构复位弹簧动塑性失效分析
8.
rack lever spring
齿条杆式擒纵机构弹簧
9.
linkage control spring
悬挂机构力的调节弹簧
10.
Vibration Characteristic Analysis of Bandsaw with Bandspring Straining Device;
木工带锯机板弹簧式张紧机构振动特性的分析
11.
The Analyzing of the Spring with Rectangular Section in the Pruning Machine s Transmission Equipment;
整枝机传动机构中矩形截面弹簧的研究
12.
This mechanism includes dynamical decelerate device,oriented screw device and clasp dial wheel device.
其关键构件有动力减速机构、螺旋导向机构和弹簧卡环拨轮机构。
13.
Analysis of SF6 circuit breaker with spring operating mechanism fitting for reclosure
SF6弹簧操作机构断路器与重合闸配合问题的浅析
14.
The mechanism close brake spring's the way of stored energy, which has two kinds of electromotor and hand machine.
机构合闸弹簧的储能方式有电动机储能和手动储能两种。
15.
Analysis of the breaker rejecting movement accident caused by a spring mechanism manual/electromotion changeover switch fault
一起弹簧机构手动/电动转换开关故障引起的断路器拒动事故分析
16.
Research on the Dynamics of Flapping-Wing Mechanism with Spring and Bearing Clearance;
考虑弹簧和运动副间隙的微扑翼飞行器翅翼机构动力学研究
17.
Dynamic Simulation of Full Mounted Converter Vessel Tilting Mechaism and the Adjusting of the Buffer Spring
全悬挂转炉倾动机构的动态仿真及缓冲弹簧调整
18.
The Research on the Hydraulic Spring Mechanism of 550KV GIS;
550KV GIS弹簧液压机构的研究