梳棉过程中，单纤维梳理不好。
纤维被从落纱机上剥下，形成梳棉棉条输出。
At the doffer, fibers are removed and eventually enter the card sliver.
梳棉或精梳不良。
梳棉工序继续进行除杂工作，除去不宜纺纱的短纤维。
Carding continues the cleaning of the fibers. It removes fibers too short for use in yarns.
分析了梳棉截切形盖板针布的挂花原因，并提出了预防措施。
The article analysed the cause of winding cotton of cards flat card clothing and put forward a few preventive measures.
本文着重确定了梳棉、头道并条、末道并条与成纱棉结之间的关系。
It is demonstrated by experiments that there is a linear correlation relationship among carding, first drawing, final strawing and yarn nep.
根据超细旦丙纶纤维的纺纱特性，对梳棉工序的纺纱工艺进行了研究。
Micro-Polyproopylene fiber( pp fiber) carding process is researched on the basis of its spinning property.
对于需要精梳的纱线，梳棉棉条通过头道并条后，进入精梳工序进行加工。
FOR yarns that require the additional step, the card sliver goes through the breaker - drawing step and then to the combing operation.
对于需要精梳的纱线，梳棉棉条通过头道并条后，进入精梳工序进行加工。
However, some fabrics require yarns of finer quality, particularly fine - quality cotton fabrics, and these require combed yarns rather than carded.
头道并条机将梳棉棉条的纤维梳理平行顺直并拉伸成薄层，再重新形成棉条。
The breaker-drawing unit smooths out the card slivers, pulls out the fibers into a thin layer, and re-forms a new sliver.
在棉纺织工业生产中，梳棉工序是影响成纱等级和布面实物质量的关键工序。
In the cotton textile industry the carding process is a crucial process to the grade of finished yarn and the quality of cloth products.
阐述了原料预处理、清花、梳棉、并条、粗纱、细纱的生产工艺和工艺原则。
The thesis explain the production process and process specification of the raw material pretreatment, scutching. dressing. drawing. roving. spun yarn.
阐述了梳棉粘卷对产品质量的危害，提出了解决粘卷的几项措施并由此取得的效果。
This paper mentions the damagement of quality to the acrylic bulked yarn caused by the sticky lap and provides some measures to solve the problem.
介绍了在线检测系统的构成和在线检测技术在清花、梳棉、并条等工序中的应用情况。
This paper introduces the on-line detection system of spinning processing and its application in picking, carding and drawing.
在梳棉工程中，将后车肚落棉作适当调整，改良除尘刀刀架，对节约用棉会起很大作用。
When the licker_in droppings is adjusted properly in card engineering, and the knife frame of dust remover is improved, which will make great importance in saving cotton.
在DK903型梳棉机上利用NCT进行了工艺参数优化试验，有效控制了梳棉结杂数量。
Optimizing test of technology parameters was done in DK903 carding machine by using NCT, and the Numbers of carding trashes were controlled.
文中对棉结的成因、原棉成熟度、细度、轧棉质量、开清棉、梳棉及精梳等工序对棉结的影响进行了分析。
Causes of neps and influences of maturity and fineness of raw cotton, quality of cotton ginning, opening and cleaning, carding and combing and so on processes on neps are analyzed.
原棉未成熟纤维含量不仅影响梳棉条、精梳条的短绒率、棉结、带纤维籽屑等疵点，而且严重影响成纱的各类主要疵点。
Immature fiber content is not only influence short fiber content, neps, impurities and other defects of card sliver & comb sliver but also influence main defects in yarn forming.
盖板倒转，增强分梳，改善棉网质量。盖板花剥取由抄刷辊取代上斩刀。
Reversed revolving flats increase carding action ang improve wed quality . for flat stripping comb is replaced by the brushing roller and cleaning roller.
从理论和实践上分析了精梳机钳板机构的改进对落棉和梳理的影响以及顶梳定位的改变。
The writer analyses the influence of nipper innovation on dropping and combing, and the change of top comb location on combers is analysed too.
增加分梳以减少棉结与纤维损伤，历来是清梳工序的主攻方向。
To add separate carding and decrease cotton knots and fiber damage have long been focus of carding procedure.
分析了国产清梳联设备生产纯涤纶纱棉结产生的原因，介绍了减少棉结的措施。
Generating reasons of neps in producing polyester yarn with domestic blowing-carding unit are analyzed, and measures on reducing neps are introduced.
论述了在发挥清、梳工序除结杂少短绒的同时，充分重视精梳在控制棉结，排短除杂方面的作用，才能获得较好的纺纱工艺效果。
Good technique effect in spinning can be obtained through using the procedures of counting and combing, and attaching importance to the function of worsted control.
通过对纯棉短流程清梳联中抓棉机和多仓混棉机的混合效果进行理论测算，指出了短流程清梳联中开清混合的不足，并提出了改进的措施。
In this articles are theoretically calculated the cotton blending effect of the automatic picking machine and multi-bin cotton blending machine in the pure cotton short flow blowing-carding unit.
通过对纯棉短流程清梳联中抓棉机和多仓混棉机的混合效果进行理论测算，指出了短流程清梳联中开清混合的不足，并提出了改进的措施。
In this articles are theoretically calculated the cotton blending effect of the automatic picking machine and multi-bin cotton blending machine in the pure cotton short flow blowing-carding unit.
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