提升钢丝绳张力在线监测在提升机的安全运行中起着重要的作用。
The tension detection of steel wire rope is very important in safety operation of riser.
钢丝绳时腐蚀及提升钢丝绳时张力不平衡是造成钢丝绳失效的重要原因。
The corrosion of the ropes and unbalance of thetensions among the hoisting ropes are the main reasons causing failure of ropes.
本文在提升钢丝绳振动理论及实验研究的基础上分析了悬挂装置动载荷。
On the basis of the theoretical and experimental study on the vibration of winding ropes the dynamic loads of suspension gear have been analyzed.
结合矿井提升机钢丝绳失效的特点，建立了提升钢丝绳断绳故障树模型。
The fault tree models of ruptured steel wire rope were established in accordance with the characteristic of ruptured steel wire rope in mine hoister.
推导出双层缠绕时提升钢丝绳咬绳力的计算公式，给出一个实例计算结果。
The Paper deduces the calculating formula for interference force between hoisting ropes in double-layer winding and gives the calculating results of an example.
矿山设备和技术：减速器、空压机、矿用提升钢丝绳、井下通风与降温技术。
Mine Equipments And Technology: Gear Boxes, Air Compressor, Heavy Duty Steel Wire Ropes, Mine Refrigeration And Ventilation.
根据实测结果，讨论了矿井阻力、提升载荷及提升钢丝绳重量变化对实测的影响。
According to the measured results, it discussed the affection of resisting force of mine, lifting load and the mass changing of steel-wire rope.
根据矿井提升特点，提出了一种高可靠性多绳提升钢丝绳动态张力监测系统方案。
Based on the characteristics of mine hoist system, a reliable structure of testing system for multiple rope dynamic tension was presented.
以点接触式提升钢丝绳为研究对象，在实验室建立了钢丝绳中钢丝的微动磨损模型。
The point contact hoisting rope was taken as an studied example and a model for the fretting wear of steel wires was developed.
钢丝间的微动磨损以及由此引起的钢丝的疲劳断裂是提升钢丝绳失效的主要原因之一。
Fretting wear and its induced fatigue and fracture of wires was one of the major failure modes of the hoisting ropes.
介绍了提高矿用提升钢丝绳寿命的几种方法，以期对煤矿的安全生产有一定的参考作用。
This paper introduces several methods for improving the life expectancy of mine hoisting cable, which have the practical reference value for the safety in production of coal mine.
介绍了提升钢丝绳及平衡钢丝绳维护经验，通过加强维护与管理，可延长钢丝绳的使用寿命。
This paper introduces maintaining experience of lifting wire rope and balancing wire rope. It's important to extend the using life of wire rope by strengthening operation and maintenance.
提升钢丝绳是矿井提升设备的重要组成部分，对矿井提升设备的正常运转起着非常重要的作用。
Lifting wire, which has an important action on the regular running of mine lifting installation, is the significant part of mine lifting installation.
矿井提升钢丝绳是矿井提升系统最重要的组成部分，钢丝绳断绳，不但影响矿井生产，还危及矿井安全。
The hoisting steel rope is the most important composition of the hoisting system in mine. Rope-breaking not only affects the production of mining system, but also endangers mine safety.
介绍了提升钢丝绳的防护措施，管理方法，为煤矿合理使用和延长钢丝绳使用寿命提供了重要的参考价值。
The right method of application and maintenance of hoisting steel rope are introduced to supply a reference for mines extending the using limit of hoisting steel rope.
结果表明：防撞梁的瞬态冲击载荷不仅与冲击距离呈线性关系，而且和提升容器下降侧与上升侧的张力差、提升钢丝绳的弹性系数有关。
The instantaneous impact force is linear with impact distance, and depends on the difference in tension between descending and ascending vessels and the elastic coefficients of hoisting ropes.
本机为钢丝绳提升，导轨架附着固定安装，垂直升降式施工机械。
The machinery is lift by wire rope, the adhering of guiding track framework is installed fixedly, is the vertical ascending construction machinery.
在我国，厂矿企业所使用的提升设备都普遍存在着钢丝绳磨损的问题。
In our country, the steel rope abrasion of lifting devices in mine factories and other factories is very common.
这些轴中都安装了钢丝绳（无电缆），帮助提升重型设备，比如电力工具，环形电缆和其他的荷载。
These are reels equipped with wire rope (non-electrical cables) to provide spring assistance to the lifting of heavy items such as power tools, looped cables, and other loads.
文摘：钻机提升系统的钻井钢丝绳在油田钻井过程中突然断裂，造成设备顿钻事故。
Abstract : the drilling wire rope of a rig ' s hoisting system suddenly brokeduring drilling process , cause serious damage of equipment.
钻机提升系统的钻井钢丝绳在油田钻井过程中突然断裂，造成设备顿钻事故。
The drilling wire rope of a rig's hoisting system suddenly broke during drilling process, cause serious damage of equipment.
在提升机起吊时，一定要确保绳筒上至少保留3圈钢丝绳，防止钢丝绳受力过大从绳筒上脱落。
When the elevator hoists up, certainly must guarantee in the rope tube to retain 3 at least the steel wire, prevents the steel wire stress to fall off oversized from the rope tube.
本文指出当矿井提升机紧急制动时，制动力矩的建立时间将对钢丝绳中的动张力产生相当大的影响。
It is pointed out that during emergency braking on shaft hoists, the built-up time of brake torque has considerable influence on the formation of dynamic tension in the hoisting ropes.
以钢丝绳或链条作为提升机构的停车设备无法真正的实现停电取车的功能。
With the steel wire rope or chain as the lifting mechanism of the parking equipment can not really achieve the function of power failure to take the car.
能够自动、准确、可靠地测试和分析提升机钢丝绳张力。
It can automatically and accurately and reliably test and analyse hoist wirerope tension.
通过对提升机现场实际分析，制作了自动注油器，减小了钢丝绳的磨损，提高了钢丝绳的使用寿命。
By analysing actual scene to hoist, this paper introduces automatic oil ejector. It can decrease wear and tear, raise using life of steel rope.
分析了提升过程中钢丝绳张力变化的影响因素，提出了采用S曲线速度图是可以减小张力突变的一种方法。
Analyzes the factors that influence the stretching changing in the hoisting process and put forward a method that adopting S-curve could reduce the stretching mutation.
以矿井提升装载过程中的箕斗和钢丝绳为研究对象，建立了变质量箕斗的运动微分方程及钢丝绳的纵向振动微分方程。
Aiming at wire rope and skip in loading, movement differential equations of skip with different mass and longitudinal vibration differential equations of wire rope were proposed.
三峡升船机提升系统是由多个子系统组成的复杂系统，其中有传动机械、船厢、水体、客轮、钢丝绳和调平油缸等。
Ship lift system is a very complex system, which consists of driving machine, water chamber, water, ship, cable and so on.
三峡升船机提升系统是由多个子系统组成的复杂系统，其中有传动机械、船厢、水体、客轮、钢丝绳和调平油缸等。
Ship lift system is a very complex system, which consists of driving machine, water chamber, water, ship, cable and so on.
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