A new-style internal cable capstan is introduced in this paper. For this cable capstan, the drive devices and speed reducer are fixed in the roller of capstan.
介绍一种新型的内装式电动电缆绞盘，这种电缆绞盘把驱动装置和减速机构装在电缆绞盘滚筒里面。
Then the internal relations between the prestress of membrane, pretension of cable and cable form were found.
获得了膜的各向预应力、索的预拉力和索的形状之间的内在联系。
Conclusion Cable osteosynthesis combined with internal fixation or external fixator immobilization can be an effective alternative to treat bone nonunion in case no optional procedures are available.
结论在缺乏合适治疗手段的情况下，钢缆接骨术结合内固定或支架外固定不失为治疗骨不连的有效选择。
The design and manufacturing key points of internal shielded railway digital signal cable are introduced, and combining with production practice, the quality control measures are discussed.
主要介绍了内屏蔽铁路数字信号电缆的设计、生产工艺要点，并结合生产实践讨论了如何进行质量控制。
All internal wiring is by Transparent Cable.
所有内部布线是透明线材。
These can be hollow shafts or ducts with reflective internal finishes or may use fibre-optic cable technology.
光导管可采用有内反射涂层的空心管轴，或采用光导纤维技术实现。
Inside and outside cable and circuit laying out, guarding, connection, switch-in, leading out and conductor arrangement of internal signal room on construction site.
工程地点内信号室内外电缆及电线路的敷设、防护、接续、引入、引出、配线等。
To analysis the internal forces and deformations of gliding cable structures, one element taking friction into consideration was developed.
为精确分析滑动索系结构的内力和变形，创建了一种考虑摩擦力影响的新单元。
In this paper, a finite element model for the analysis of the pipeline suspension bridge was set up with considering the initial internal force and verticality of the staying cable.
本文建立了悬索管桥分析的有限元模型，并考虑了悬索管桥恒载产生的初始内力、拉索垂度等几何非线性因素。
For internal wiring or external interconnection of electronic equipment or power supply cable of equipment.
用于电子设备内部及外部连线或设备电源线。
The control of girder geometry and internal forces is very important in the construction of pre-stressed concrete cable-stayed Bridges.
在预应力混凝土斜拉桥的施工过程中对主梁线形与结构内力的控制非常重要。
The static characteristics of the single pylon cable-stayed include the internal force and deformation of main girder, reaction force, force and deformation of the main tower.
独塔混凝土斜拉桥的静力特性主要包括主梁受力及变形、支座反力、主塔受力及变形、拉索受力。
Removable side panels and an internal conduit system facilitate cable management.
可卸侧板和内部管道系统便于电缆管理。
The internal energy of the guardrail is mainly distribute by the post and cable, and the distribution not sensitive to the factor above.
护栏吸收的能量主要由立柱及缆索来承担，根据上述参数的不同，能量分配略有变化。
Methods Clinical data of 11 patients who underwent reduction and internal fixation by the cable and plate system from 2000 to 2006 were analysed.
方法对2000~2006年11例临床病例应用钢板钢缆系统行内固定植骨融合术，对结果进行评价。
Furthermore, the formulation of statistical properties of the random internal forces of the cable - prestressed steel trusses is put forward.
给出了拉索式预应力钢架随机内力统计特性计算表达式。
Rational cable force can guarantee the structure safety in construction and make the structure's internal force reasonable after construction.
斜拉索的索力合理与否直接决定了斜拉桥施工阶段结构的受力安全和成桥后结构内力的合理分布。
Structural internal force is calculated by changing constant load of the main girder, the cable Angle, the length of unsupported deck.
通过改变主梁恒载重量、拉索倾角、无索区长度等结构参数，分析结构参数变化对结构受力的影响。
Considered within the framework of the ideal line flexibility, this paper derives the analytical expression of the one-way cable-slab structure's internal force calculation in the vertical load.
在理想线弹性范围内，推导了在竖向荷载作用下单向索-板结构内力计算的解析表达式。
It was an emphasis and difficulty for a self - anchored suspension bridge to control the cable shape, internal force and cracking of concrete stiffening girder.
混凝土加劲梁的线形、内力和梁体裂缝控制是自锚式悬索桥施工控制的重点和难点。
There are few RC single-tower cable-stayed bridges with connected tower and separated decks in internal and international bridge engineering.
混凝土独塔斜拉桥采用联塔分幅的结构型式在国内外均属少见。
This paper focuses on the feature that shape and internal forces are coupled for a cable-net structure.
节点位移与索元内力的求解是索网结构静力计算中的两个基本问题，其特点是结构的形状与内力是耦合的。
The normal deformation behavior of rock mass with voids and concrete filled solution cave in karst area influences directly the internal stress and safety of cable pylon and anchorage.
岩溶区空隙岩基和溶洞充填混凝土的变形特性直接影响索塔和锚碇的内部应力与安全使用。
The main cable is the most important structure of suspension Bridges, its shape and internal force are sensitive to the temperature changing.
主缆是悬索桥的主要承重结构，其线形和内力对温度的变化十分的敏感。
Regulating the position of the internal steel tube can make the axel of the stay cable and the axis of the embedded tube overlapped.
调节内钢管的位置，能使斜拉索轴线与预埋管轴线重合。
During the monitoring process, frequency method was used in the measurement of cable force, and then the internal forces and alignment of the bridge was adjusted by controlling cable force.
在监测过程中，利用频率法测定索力，通过索力控制来调整桥梁的内力状态及线形。
Analysing the character of internal forces of anchor cable frame by winkler model and verifying it by field test a calculation method is put forward based on elastic foundation beam.
利用winkle r地基模型分析锚索框架的受力特征，并通过现场试验加以验证，提出锚索框架的弹性地基梁计算模式。
Analysing the character of internal forces of anchor cable frame by winkler model and verifying it by field test a calculation method is put forward based on elastic foundation beam.
利用winkle r地基模型分析锚索框架的受力特征，并通过现场试验加以验证，提出锚索框架的弹性地基梁计算模式。
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