在该系统中，经纱被送入织机。
应用于食品、医药辅料、纺织经纱上浆等。
Used in the food, pharmaceutical excipients, such as textile warp sizing.
开口运动：将经纱分成两层，以形成梭口。
Shedding: separating the warp threads into two layers to form a shed.
经纱可织性一般用织造时的经纱断头率来表示。
The weaving performance of yarn is generally expressed in terms of warp breakage rate in weaving.
保持织机经纱张力的恒定是织机的一项关键技术。
Keeping the steady warp tension of loom is a key for a loom.
本文应用柔线力学原理分析了开口时经纱的受力状态。
According to th mechanics of pliable thread, forces which are applied on warp sheets at shedding were analysed.
经试运转结果表明，稀密路织疵和经纱断头率大大降低。
The result of the trial operation shows that weft crackiness and end breakage decrease greatly.
特细号高密织物织造难度大，对经纱上浆质量水平要求高。
The weaving of superfine high density fabric has great difficulty, the demand of warp sizing quality is higher.
喷气织机后梁系统是控制经纱张力和梭口位置的重要装置。
Back rest system of loom is the main equipment of controlling the warp tension and sheld location.
纺织品制造过程中的经纱上浆工序是纺织厂重要的污染源之一。
Warp sizing processing of textile mill is one of the main pollution sources.
聚乙烯醇(PVA)、丙烯酸类及淀粉是经纱上浆的三大主浆料。
Polyvinyl Alcohol (PVA), Acrylics and Starches are major materials in warp sizing.
经纱从织轴上退绕下来后穿过停经片，每根经纱穿过一个停经片。
After being removed from the warp beam, the end is threaded through a drop wire. There is one drop wire per end.
送经机构可以使送出的经纱保持均匀的张力并保证准确有送经量。
The warp let... off motion allows the feeding of warp yarn under uniform tension and at the proper rate.
主要讨论影响经纱可织性的因素以及研究经纱可织性的实验方法。
This paper mainly deals with factors affecting warp weavability and tester methods researching warp weavability.
经纱将是最有用的，但“折叠”和“膨胀”是最好的缩小或扩大面积。
The Warp will be the most useful, however "Pucker" and "Bloat" are best for shrinking or expanding the area.
在整经机上设置停车机构是必要的，因为合格的经纱不能存有许多断头。
It is necessary to have a stop motion since a good warp should not contain many broken ends.
除了经典的机械动力学问题外，织物和经纱张力同样是重要的研究课题。
Beside classical questions concerning machine dynamics the calculation of warp and cloth forces is an important task.
这种物质即使在使用和干结于经纱上以后，仍然保持着热水溶性和粘着性。
They also retain their hot water solubility and pasting characteristics even after they have been applied and dried onto the warp.
除了经典的机械动力学问题外，织物和经纱张力同样是重要的研究课题。
These analyses are regarded as theoretical basis of dynamic study and the calculation of the machine .
采用两次加碱法工艺，对经纱上浆用羧甲基淀粉干法制备工艺进行了研究。
Dry preparation of carboxymethyl starch for warp sizing by adding alkali twice was studied.
为了使织造过程顺利进行，必须连续地供应经纱，形成的织物必须被引离。
To make the process of weaving continuous, the warp yarn must be continuously supplied and the woven fabric must be removed.
在该机构中，织机通过齿轮系统直接驱动织轴，将经纱按既定速度送出来。
In this system the loom physically drives the warp beam through a gear system to feed warp yarns AT a predetermined rATe.
经纱上浆时浆液常会产生泡沫，影响调浆操作的准确性，最终影响浆纱质量。
Size often generates foam when warp sizing, which influences on size mixing operating accuracy and sizing quality.
影响经纱可织性的因素很多，大致可分为三类：原纱质量、经纱准备和织造条件。
These factors can be broadly classified into the following three classes: yarn quality, condition of warp preparatory, and loom actions and conditions.
浆纱机经纱退绕张力控制系统缺乏精确的数学模型，且具有非线性和时变性的特点。
Warp unwinding tension control system for sizing machine lacks an precise mathematical model, and has nonlinear and time-varying Characteristics.
本文就如何利用企业现有浆纱设备对经纱进行预湿上浆的有关问题进行了研究与探讨。
This article has made a discussion on how to implement the pre-wet sizing process based on the existing sizing equipment.
涤棉混纺织物舒适性好，产品附加值高，但使用国产设备生产经纱断头率高，生产难度大。
Polyester Cotton Blended Fabric has good comfortability and high product added value, produce difficulty is existing for high broken ends percentage by using domestic equipment.
新颖的回转多臂机实现了无振动的综框运动，减少了因高速引起的经纱张力增加和纱线断头。
The new rotary dobby may reduce the warp tension and end-down which will increase with high revolution of the machine by using of non-vibration heald.
分析了经纱上浆中浆液对经纱的粘附过程、粘附机理、影响粘附的因素和粘附强度的测试方法。
Adhere process and mechanism of size in warp sizing, factor of affecting adhere and testing method of adhere strength is analysed.
分析了经纱上浆中浆液对经纱的粘附过程、粘附机理、影响粘附的因素和粘附强度的测试方法。
Adhere process and mechanism of size in warp sizing, factor of affecting adhere and testing method of adhere strength is analysed.
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