运梁车

  • 网络Transporting girder vehicle
运梁车运梁车
  1. 高速铁路900t级运梁车的模块化方案设计

    Design of modularization scheme of 900t transporting girder vehicle for high-speed railway

  2. 轮胎式运梁车行走液压系统

    Hydraulic system of traveling bogies of wheel transporting girder vehicle

  3. 600t运梁车旁承油缸检测系统方案设计

    Scheme Design of the Detection System for Side Bearings Oil Cylinders on 600 t Beam Transport Cars

  4. 针对国内铁路客运专线双线混凝土箱梁运输和架设的需要,研制TLC900型运梁车。

    In view of the requirement of double-line concrete girder transport and overlaying for domestic passenger dedicated line , TLC900 girder transport vehicle has been researched and developed .

  5. 高速铁路运梁车车轮减速器的选择

    Choice of wheel reducer for beam-carrying cart of high speed railway

  6. 高速铁路900吨级轮胎式运梁车优化方案

    Optimized design scheme of 900t pneumatic beam carrier in high-speed railway

  7. 大吨位T梁小半径转弯运梁车设计改进

    Design improvement of giant T-shaped beam transportation truck with small turning radius

  8. 900吨轮胎式运梁车技术参数研究

    Research on Technical Data of 900-ton Wheeled Girder Carrier

  9. 运梁车的吨位取决于预制梁的吨位大小。

    Beam carrier tonnage depending on the size of the tonnage of precast beams .

  10. 基于模拟退火算法的运梁车转向机构优化设计

    Optimal Design for Steering Mechanism of heavy Vehicle Based on Simulated Annealing Optimization Algorithm

  11. 建立了运梁车液压连杆转向机构优化数学模型。

    A mathematical model of heavy duty vehicle steering mechanism optimal design was proposed .

  12. 跨座式单轨运梁车液压系统

    Hydraulic system of straddled-type monorail PC beam carrier

  13. 9000kN运梁车结构强度与屈曲稳定性验算

    Checking Computation of Structural Strength and Flexure Stability for 9 000 kN Girder Transporter

  14. 900吨级轮胎运梁车总体结构分析

    Fabric analysis of 900t transporting girder vehicle

  15. 随着预制梁吨位的提高,运梁车的载重能力也在不断提高。

    With the improvement of precast beams tonnage , the load capacity of the beam carrier is also rising .

  16. 高速铁路单线箱梁运输设备之研究&DCY450型轮胎式运梁车

    Research on the Transport Equipment for Single track Box Beams on High Speed Railway & DCY450 Pneumatic Beam Transport Trailer

  17. 运梁车的驱动、转向、悬挂和支腿等操作均采用电液比例控制。

    The operations of drive , steering , suspension , and kickstand of girder transport vehicle are driven by electro-hydraulic proportional control system .

  18. 对运梁车的车架进行了设计,包括强度计算、均载设计、三维实体建模以及有限元分析。

    Travel system frame design , to include strength calculation , set design , three-dimensional solid modeling and finite element analysis and optimization .

  19. 介绍了上海磁悬浮工程专用300型工程运梁车的调平系统设计原理。

    The horizontal stable system design principle of the DYY300 bridge transport vehicle , which is used for Shanghai Magnetic Suspention Project , has been introduced in detail .

  20. 介绍上海磁悬浮高速列车建设工程用组合式运梁车的性能、结构特点、控制方式及应用范围。

    The property , feature , control type and application range of combined beam carrying vehicle used for the construction engineering project of Shanghai magnetic suspension high speed train are described .

  21. 介绍了国内外高速铁路和客运专线大吨位箱梁架桥机、运梁车、提梁机的类型,主要技术参数,关键技术的研究和应用情况。

    This article introduces the types of large-scale box girder span equip-ments at home and abroad . It recommends the main technical parameter , the key technology and the case of applications .

  22. 同时,运梁车还具有自动辅助驾驶、遥控、定位和防撞、故障报警与诊断等智能化系统。

    At the same time , girder transport vehicle also has such intelligent systems as automatic assistance driving , the remote control , positioning , anti-collision , fault alarm and fault diagnosis etc.

  23. 驱动的控制系统采用闭式液压回路,解决了运梁车行走过程中轮胎差速、差力和发动机匹配等问题;

    The close hydraulic system is adopted for drive , and such problems as tyre speed difference , tyre driving force difference , and the matching of engine in the course of driving girder transport vehicle have been solved .

  24. 目前,最常见的运梁方式的是轮轨式运梁车运梁,但这种方式存在着不适合长距离运输和大吨位预制梁运输等问题。

    Currently , the most common way of transporting girder wheel-rail beam carrier transporting girder , but this approach is not suitable for long distance transportation , or is not suitable for carrying large tonnage of precast beams .