Mom, fido's gonna finish her paragraph.

If they notice Fido eating grass, they may plan for a rainy day indoors.

如果看到狗在吃草，他们就会计划在家里度过雨天。

Because of the injustice, fido. that's the big difference.

因为非正义，呆子，这有很大的区别。

Looks like fido's giving you some problems there.

好像菲度给你添了些麻烦。

The paper adopt the hot-melt fibers ( ES fibers) which is sheath-core structure, at a certain pressure and temperature, the sheath of the fiber was melted and the fibers fused together, so that, the tensile strength of the paper is advanced.

采用皮芯结构的低熔点纤维，在一定的热压条件下，皮层纤维熔化，纤维间相互粘结，提高纸页的强度。

Finally, we got the reasonable parameters by the simulation and designed a set of large-capacity sheath-core spinning component with the basic parameters of the company. This provided theoretical guidance for the company in production technology of low-melting point polyester.

最后，通过模拟所得参数和某公司的设计基础参数设计出一套大容量皮芯型复合纺丝组件，并结合该公司实际生产情况对低熔点棉生产工艺进行研究，取得了良好的效果。

PA/ PET sheath-core composite filaments for tyre cords are produced on the self-made 920 mm twin screw composite spinning machine from chips of high viscosity polyester and high molecular weight polyamide.

用高粘度聚酯切片和高分子量聚酰胺切片在自制的（？）20mm双螺杆复合纺丝机上纺制了锦/涤皮芯复合轮胎帘线。

The effect of process adjustment of sheath-core bicomponent fiber ( ES fiber) on the produced non-woven fabrics was discussed from the aspects of drawing, crimping and cohesion.

讨论了皮芯型复合纤维（ES纤维）生产工艺的调整对生产无纺布的影响，就纤维的拉伸、卷曲、抱合性等方面进行探讨。

Eccentric sheath-core bicomponent fibre

偏心皮芯型双组分纤维

A study on the crimp properties of pa-pet sheath-core eccentric bicomponent fibre& part ⅱ: mechanisms of crimp formation in an eccentric bicomponent fibre

偏心型锦涤纶复合纤维卷曲性能的研究第二报：偏心型复合纤维的卷曲机理

The results showed that maleic anhydride was grafted onto PP; as compared with pure PP fiber, the sheath-core composite fiber had lower melting point and higher crystallization temperature.

结果表明：马来酸酐已接枝到聚丙烯上，皮芯复合纤维相对于纯PP纤维，其熔点下降，结晶温度上升；

A new sheath-core bicomponent fiber with COPET as the sheath and self-made polymer having good hygroscopicity as the core is designed and produced.

设计并纺制了一种以自制的吸湿性能优良的共聚醚酯（A）为芯层，以COPET（B）为皮层的新型皮芯复合纤维。

The factors affecting the magnetism of magnetic PP fiber were studied, including content of magnetic powder, sheath-core ratio, magnetic powder variety and after-drawing.

研究了磁性聚丙烯（PP）纤维中磁粉含量、纤维的皮芯比、添加的磁粉种类及纤维后拉伸等对纤维的磁性能的影响。

The results showed that the magnetism of the fiber increased with increasing the content of magnetic powder in the core component and decreased with increasing the sheath-core ratio.

结果表明：纤维的磁性能随着芯层物料中磁粉含量的增加而增强，但磁粉含量不能过高，一般在90%以下。

The mechanical properties of sheath-core composite fiber were markedly improved as compared with the un-modified PP/ potystyrene composite fiber.

与没有改性的PP与聚苯乙烯复合纤维比较，皮芯复合纤维的力学性能得到明显的提高。

The processed ways of filament was also an important factor of rate of alkali-soluble of modified PET in the sheath-core conjugated fibers.

且除了所设定的碱溶除条件因子之外，复合纤维不同的后加工制程亦同样会影响到其碱溶除效果。

The influence of quench air on sheath-core fiber production is analysed. At the same time, some successful experiences of production and management are introduced.

分析了侧吹风对皮芯纤维生产的影响，并介绍了一些生产及管理上的成功经验。

The evolution of sheath-core structure in continuous process of carbon fiber preparation from Courtaulds PAN fiber was studied by using optical microscope.

本文借助于光学显微镜考察了在炭纤维连续化制备过程中纤维鞘芯结构的演变。

Sheath-core bicomponent fiber and the formation theory

皮芯复合纤维及其成形理论

Anti-felting properties of wool/ low melting point bi-component sheath-core fiber blended fabrics

低熔点皮芯复合纤维改性毛织物的防毡缩性能

Study on the FDY technology of EVA-PET/ PET sheath-core fiber

EVA-PET/PET皮芯复合纤维FDY工艺的研究