1·Suspension lines, pull lines, backup lines and snub lines should be inspected weekly and before every job for specifications (job load ratings), wear limits, damage, or improper installation.
悬吊绳、拉力绳、安全绳、固定绳应该每周或每次使用前检查一次，规格(额定工作负荷)、磨损限度、损坏程度或安装。
2·Aiming at the decline of maximum braking force caused by the mass transfer during the course of braking, the article advances a method which USES active suspension system to reduce dynamic wheel load.
针对汽车制动过程中质量转移而使最大制动力下降的问题，提出利用主动悬架系统减小汽车动态车轮载荷的方法。
3·The purpose of the complete suspension system is to isolate the vehicle body from road shocks and vibrations, which will otherwise be transferred to the passengers and load.
整个悬架系统的作用是隔离来自路的冲击和振动对车身的影响，防止它们传递给乘客和货物。
4·But there's an all new double wishbone rear suspension set-up to offset this, with much less intrusion into the load area than the previous strut configuration.
但有一个全新的双叉骨后悬挂的设定，来抵消这种与低得多侵入负荷面积比前麦弗配置。
5·Lift the suspension coop vacant load for 300mm and stop.
将吊笼空载提升300毫米左右高度停止。
6·This paper introduces the math-models found of interconnect oil-air suspension vehicle in normal state, under different load of two wheels, and on vehicle turning the corner state.
介绍了连通式油气悬挂车辆在正常行驶、两侧车轮载荷不同及车辆转弯时三种不同状态下数学模型的建立。
7·The application results show that laser welding can meet higher strength stress demands for those fatigue load parts, such as intake and exhaust valves, timing gear, suspension equipment.
应用结果表明：对于进排气门、正时齿轮和悬架装置等承担疲劳载荷的零部件，激光焊接可满足其较高的强度要求；
8·The four-link rods type suspension is an advanced suspension type, can guarantee in design the better straight driving performance of automotive vehicle and reduce in maximum the load effect.
四连杆式悬架是技术比较先进的悬架形式，可以从设计上保证车辆良好的直线行驶性能并最大程度减轻载荷的影响。
9·The four link rods type suspension is an advanced suspension type, can guarantee in design the better straight driving performance of automotive vehicle and can reduce in maximum the load effect.
四连杆式悬架是技术比较先进的悬架形式，可以从设计上保证车辆良好的直线行驶性能并最大程度减轻载荷的影响。
10·The results show that aerobus suspending cable structure is different from suspension bridge in mechanical properties when it acted by external factors, such as temperature change, load, etc.
研究表明该种结构在温度变化和外荷载等作用下的力学特性与悬索桥有明显的不同。