铲运机

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  • scraper
铲运机铲运机
  1. 论匕K-1型铲运机的技术改造

    Proof on technical rebuilding of model FK - I scraper

  2. 浅谈提高ST-1.5型铲运机生产率的途径

    Summary on the Ways to Raise the Productivity of ST-1.5 Scraper

  3. 用道依茨柴油机改造LK-1型铲运机

    Technical and Economic Analysis of LK-1 Model LHD Equipment Power Transformed by Deutz Diesel Engine

  4. 本文介绍了地下矿山自行设备,如铲运机、卡车(时速15km/h)的障碍物探测系统。

    This Paper describes an obstacle detection device for autonomous vehicles , such as LHDs and trucks , navigating in mine drifts at sPeeds of about 15 km / h.

  5. CY-4铲运机液压系统分析与改进

    Analysis on the Hydraulic System of CY-4 Type Scraper and Its Improvement

  6. 介绍了CY-2型铲运机的技术参数、结构特点和适用范围,并与国内外同类型的铲运机进行了比较。

    This paper briefly introduces the technical parameters , structural characters and suited applications , and makes comparation with similar type of LHD from abroad .

  7. 通过对其运行要素的观察测定与分析计算,说明ST-1.5型铲运机的运行状态是正常的;

    The running date of ST-1.5 type scrapers are tested and discussed .

  8. ST-1.5型铲运机在掘进中的运行分析

    Analysis of the Operation of ST-1.5 Scrapers in Tunneling

  9. YK-1型遥控铲运机的遥控及执行系统

    The remote-control and its executive system of YK-1 LHD machine

  10. EST-3.5电动铲运机接地保护箱的技术改造

    Technical Innovation of the Earthing Device on EST-3.5 Electric DHL

  11. CY-2型铲运机

    A New Type of LHD Model CY-2

  12. CY-2型地下铲运机驱动桥壳强度分析与结构改进

    Strength Analysis on Drive Axle Case of Model CY-2 Underground Scraper and Its Structure Improvement

  13. WJ-1.5井下全液压铲运机在设计中却采用液压转向操纵阀,实现了无方向盘操作。

    The hydraulic steering control valve used in the design of WJ-1.5 underground hydraulic LHD machine which can be operated without steering wheel .

  14. TORO-400E型电动铲运机制动系统原理分析

    Principle analysis of the brake system for a TORO-400E electric load-haul-damp

  15. CYE-1.5型电动铲运机液压系统原理分析与设计

    Analysis and Design on Hydraulic System of CYE-1.5 Electric Scraper

  16. 它与其它液压元件构成一套转向液压系统,在WJ-1.5全液压铲运机上得到成功的应用。

    This control valve , used together with other hydraulic elements to form a whole hydraulic steering system , is successfully used in wJ-1.5 hydraulic LHD machine .

  17. 然后将虚拟样机导入仿真分析软件ADAMS中,添加轮胎、路面和必要的约束,完成虚拟样机的建立。2、通过动力学仿真分析得出铲运机各项动力学参数。

    And then I import the virtual prototype into simulation analysis software ADAMS , add tires , road surface and the necessary constraint , complete the establishment of the virtual prototype . Next , drawing power parameters of forklift by the dynamic simulation analysis .

  18. 922D型铲运机及其传动系统

    Model 922d LHD and its drive system

  19. 详细介绍了631E铲运机先进的变速箱控制系统,并对一些常见的故障进行了分析

    The advanced gearbox control system of the 631E scraper is described in detail and the common failures were analyzed

  20. 本文详细介绍了污染对WJD-0.75电动铲运机液压系统的影响,并对铲运机污染的预防与控制措施进行了阐述。

    This article introduces the pollution effect factors of WJD-0.75 power shovel vehicle , and describes the pollution control and precaution measures .

  21. 详细地介绍了CY-4型铲运机液压系统的工作原理和主要优点。同时对该系统在生产使用过程中存在的问题提出了改进措施。

    The work principle and main advantages of the hydraulic system of CY-4 type scraper are introduced in detail , meanwhile , some improving measures are put forward for the existing problems of the system in the course of production and application .

  22. 进行了ACY-2型地下铲运机整机结构强度实验,验证了整机有限元模型的正确性。

    Tests were made on the strength of ACY-2 LHD machine 's bodywork structure , which validated the correctness of the FE model .

  23. 指出了ZL50铲运机变速箱油液增多的原因是工作泵、转向泵的密封不良或已坏造成的。

    The reasons for the failure of oil increasing in the gearbox of ZL50 load-hauler-dumper are the seal of work pump and steering pump out of work or already spoiling .

  24. 介绍新型矿山设备922E型电动铲运机的主要技术参数,在矿山的应用情况,使用效果及技术经济指标。

    The main technical parameters , practical applications and the techno-economic effects of the electric LHD the 922E ── a new type mining equipment were given .

  25. 对WJD-0.4型电动铲运机的各项经济技术指标进行叙述,并把各种出矿设备进行对比性试验的数据进行整理和分析。

    Narrating various economic technique index for WJD-0.4 electric shoveling and transporting machine , and tidying up and analysing the data of contrast experiment for various mining equipments .

  26. 对WJD-4型电动铲运机用于平稳起动及调速的压力调节阔工作原理与结构作了分析。

    In this paper , the operational rule and construction of pressure-control valve which is used in electric LHD model WJD-4 to make enghe starting and Sear shifting smooth are discussed .

  27. 分析EST-3.5电动铲运机接地保护箱工作原理及使用情况,针对存在的问题,提出改造措施,满足矿山的生产、安全要求。

    The paper analyzes the working principle and the application of the earthing device on EST-3.5 DHL based on the existing problems , puts forward modification measures to meet the requirement of safe production in mine .

  28. 综合起来作了以下几个方面的工作:将先进的仪器设备结合软件形成了一套完整、高效、简便、适用的TORO400E型铲运机状态监测系统;

    The following works have also been done in this thesis : the combination of advanced instrument and software makes an integrated , high efficiency , convenient and applicable monitor and diagnose system for TORO400E ;

  29. 较详细地介绍了采用通用底盘构成井下无轨辅助车辆的优越性,WG-2型油车与WF-2型维修车的结构和工艺特点以及与铲运机、凿岩台车配套使用情况。

    This piece introduces in a bit detail the advantages of underground trackless auxiliary vehicles constructed with universal chassis , the structural characteristics of the model WG-2 oil ejecting vehicle and model WF-2 maintenance vehicle . The operation state when assisting LHDs and drill jumbos is concerned also .

  30. 铲运机选型专家系统开发与应用

    Developing and Applying the Expert System of Type Selecting of Scraper