皮辊

pí gǔn
  • roller
皮辊皮辊
皮辊[pí gǔn]
  1. 细纱皮辊寿命期内性能变化及其对成纱质量的影响

    Property Variation of Top Roller and Its Effects on Yarn Quality

  2. 皮辊特性讨论及其优选

    A discussion on top roller properties and its optimization

  3. 不同皮辊的装夹,可调整“V”钳口距离及高度。

    It adjusts the distance and height of " V " tongs .

  4. 并条机皮辊加压弹簧优化设计的研究

    A study on Optimum Design of pressure spring for drawing-leather roller

  5. 皮辊硬度与成纱质量关系的初步探讨

    The relation between hardness of top roller with cots and yarn quality

  6. 对WRC849型软弹性皮辊的应用研究

    A Study of WRC 849 Soft Rubber Cot 's Application

  7. 皮辊硬度太软,导致重叠过多。

    Softer cots , which lead to more lapping .

  8. 粗纱皮辊状态不良对纱线条干的影响及预防措施

    The Effects on Bad State of Roving Top-Roller to Yarn-Evenness and Preventive Measures

  9. 精梳机牵伸皮辊压配工艺研究

    Research on Pressure-fit of Top Roller on Combing Machine

  10. 皮辊皮圈发展近况概述

    Summary of the Recent Development of Rubber Cots and Aprons Circle of Friends

  11. 工艺分析着重谈到前皮辊加压;加压的稳定性;

    The technological analyses concentrate onto the pressure on front roller and its stability ;

  12. 皮辊硬度对不同纤维成分纱线质量的影响

    The Top Roller Hardness Affects on the Quality of Yarn Composed of Different Kind of Fiber

  13. 精梳分离皮辊硬度同条干均匀度的关系

    A Study of the Relations between the Hardness of Detach Roller and Evenness of Combed Sliver

  14. 皮辊轧花机参数研究

    Study of Parameters on Roller Gin

  15. 苎麻牵切隔距与皮辊加压的关系分析

    Analysis of the relationship between the volume of roller pressure and the gauge length of stretch-breaking

  16. 压缩空气驱动的套皮辊机

    Compressed-air driven roller covering machine

  17. 非接触式电涡流测量技术在摇架皮辊平行度测试中的应用

    The use of Non-contact Testing Technique with Eddy Electric Current in Testing the Parallelism of Cradles and Cots

  18. 对皮辊硬度、加压对成纱质量的影响作了理论探讨,发现软皮辊握持力不匀率小,最小握持力大,握持稳定性好;

    It makes the theory discussion on hardness of top roller with cots and pressure exert an influence on yarn quality .

  19. 成纱CV%值与皮辊硬度、皮辊握持力不匀率成高度线性相关。

    The yarn CV % value is highly linear with hardness of top roller and holding force irregularity of top roller .

  20. 提供最先进的压套机、加油机、全自动磨皮辊机等纺纱重要辅助设备。

    Provide most advanced spinning assistant equipment of pressing process machine , oiling machine , automatic rubber ware grinding and cutting machine .

  21. 测试锯齿棉时建议延长调湿平衡时间,测试皮辊棉时可适当增加测试次数,以确保测试结果准确。

    Test results can be ensured accurate when prolonging adjust-humidity time for saw ginned cotton , increasing test number properly for roller ginned cotton .

  22. 皮辊正常使用基本不需要下机磨砺,提高了轧花机的工作效率和皮辊的使用效率此;

    It is seldom grinded during normal usage and then improves the efficiency of ginning machine and elongates the life of rubber roller ; 4 .

  23. 从油剂泵、皮辊和钢罗拉等设备构件运行状态考虑,探讨了腈纶纤维上油率的稳定控制问题。

    Steady control problem of lubrication rate on acrylic fiber is explored in view of equipments such as finishing oil pump , pressing roller and steel roller .

  24. 通过正交试验分析了回潮率、相对湿度和测试次数三个因素分别对锯齿棉和皮辊棉断裂比强度的影响程度。

    Effect degree of regain , relative humidity and test number on breaking tenacity of saw ginned cotton and roller ginned cotton were analyzed respectively through orthogonal test .

  25. 指出皮辊间管理工作的重要性,应贯彻执行新的《附件标准》和《皮辊间工序工作法》。

    The importance of rubber roller room management is pointed out , and the new 《 Accessory Standard 》 and 《 Top Roller Room Operation Law 》 should be implemented .

  26. 开松作用可以使试验结果趋于稳定,开松除杂作用对锯齿棉马克隆值的影响明显小于对皮辊棉的影响。

    Opening function is able to make test result trend to stable , the effects of opening on saw ginned cotton Micronair value is obviously less than that of roller ginned cotton .

  27. 只要断了线不接,锭壳轧坏,皮辊摆错方向,乃至车板上有什么堆积,就会遭到毒骂和毒打。

    Neglect to join up a break , to adjust your ring-frame , to keep the roller belt in place or to keep your loom clean , will call down the wrath of the foremen or thugs .

  28. 本文主要分析了新型苎麻牵切机各项工艺参数对最终麻条质量的影响,主要包括皮辊加压、牵切区隔距、预牵切区隔距、牵切区牵伸倍数。

    This paper analyzed the influence of the technical parameters on the new ramie stretch-breaking machine to the quality of the final sliver , including press , length of stretch-breaking zone , length of pre-stretch-breaking zone and the draft of the stretch-breaking zone .