梭箱

If you'd like to learn more,take a tour of Dropbox on our website.

如果你想给你了解更多，以我们的网站上的升降梭箱之旅。

The fourth chapter talks about the weft carrier, in this part, we mostly introduce the big gripper shuttle in the comparative way and not only analyze the structure but also analyze the stress of the fatigable parts. In the fifth chapter, the shuttle box is our research emphasis, we start with the design principle and analyze its structure and the logic of the action of the parts. The sixth chapter discusses the shoot mechanism, builds its theory model and analyzes its law of motion from the view of kinematics and kinetics during the wefting. And then, we can consider the hydraulically shoot mechanism and comprehend its principle and some special parts. Subsequently, the content is about the flying of a shuttle, because the course of the flying of a shuttle is very complex, it is necessary to study the shuttle according to mechanics and to analyze its course of motion and its change of speed from the view of energy.

第五章谈的是梭箱，这部分从梭箱的设计原理入手，从结构的角度对梭箱进行分析，考虑到梭箱上各执行件间的动作存在一定的逻辑关系，还对执行件动作时间与控制作出论述，从中可以看出重型宽幅织机所独有的特性；第六章论述投梭机构，先构造出投梭机＿重型宽幅织机引纬机构与梭箱的设计＿构的弹性理论模型，从动力学的角度剖析投梭规律，随后分析液压式投梭的工作原－－理和一些特型元器件；第七章论述梭子的飞行运动，考虑到梭子飞行运动的复杂性，我们把梭子飞行运动划分为三个阶段，然后分阶段介绍其运动规律，在对梭子进行＿运动分析的同时还详细分析它的受力情况，在这一章的最后，我们对影响梭子飞行＿的因素也作出了讨论；顺沿这一过程，即是第八章对制梭机构的论述，在这一部分，、主要研究制梭过程与制梭力的情况，同梭子飞行过程一样，制梭过程也分为三个阶段，就每个阶段而言，我们都对其进行受力与运动方面分析，同时也就一些容易出现的问题作出讨论；最后两章是对纬纱交接机构和纬纱的退绕与张力控制作出讨＿论，鉴于这两部分不存在复杂的动力学方面的问题，论述重点便放在结构与原理的分析上面，包括分解纬纱交接机构，解析其动作过程，介绍储纬与纬纱张力的一些情况。

During the latter part of its flight, the sley is moving forward and rising, and this helps to maintain contact between the shuttle and the reed and raceboard and thus ensure that the shuttle is boxed correctly.

在梭子飞行的最后阶段，筘座向机前运动，其位置上升，有助于使梭子与钢筘及走梭板的密切接触，有助于梭子准确地进入梭箱。

Braking mechanism is followed, in this part, the course of braking and the braking force are our subject investigated. At the same time, we also discuss some familiar problems. Finally, there are only abb joining mechanism and unreel and tension control mechanism. Because there are not complica

论文的目的在于探索重型宽幅织机引纬机构与梭箱部分的设计方案，在机、电、液、气相结合的情况下，从理论上分析引纬机构与梭箱的结构以及运动学和动力学－方面的特征，希望为同类机构的设计和研究提供理论依据。

In this thesis, we mainly expatiate on the design of the wefting mechanism and the shuttle box of the heavy wide loom, the prototype is JURGENS loom and we subdivide the wefting mechanism and the shuttle box in the modular way. There are shuttle box, weft carrier, wefting mechanism, braking mechanism, abb joining mechanism, unreel and tension control mechanism and so on.

因此，本文论述的重点便放在重型宽幅织机的引纬机构与梭箱部分，设计中以JURGENS织机为原型，采用模块化的方式细分引纬机构与梭箱，其中包括梭箱、引纬器、投梭机构、制梭机构、纬纱交接机构以及纬纱的退绕与张力控制机构等部分。

A single shuttle loom has one shuttle box on each side. In this case the filling is restricted to one color or type of yarn. This is normally denoted as a conventional loom.

单梭箱织机在织机的两侧各装有一个梭箱，在这种情况下，纬纱被限定为一种颜色或一种类型，这种织机一般称为常规织机。

To move the shuttle box up and down in order to bring the right shuttle to the picking level, a box motion is used.

梭箱机构可将梭箱上下移动，将需要的梭子移动到投梭位置。

A single shuttle loom has one shuttle box on each side. In this case the filling is restricted to one color or type of yarn. This is normally denote d as a conventional loom.

单梭箱织机在织机的两侧各装有一个梭箱，在这种情况下，纬纱被限定为一种颜色或一种类型，这种织机一般称为常规织机。

Asingle shuttle loom has one shuttle box on each side. In this case the filling is restricted to one color or type of yarn. This is normally denoted as a conventional loom.

单梭箱织机在织机的两侧各装有一个梭箱，在这种情况下，纬纱被限定为一种颜色或一种类型，这种织机一般称为常规织机。

The purpose of the protector motion found on a shuttle loom is to stop the loom when, for any reason, the shuttle does not completely pass through the shed or does not enter the shuttle box at the proper time.

在有梭织机上护经机构的作用是，在由于某种原因梭子未能完全穿过梭口或未在规定时间内进入梭箱时，使织机停车。

Singer Leona Lewis and former Led Zeppelin guitarist Jimmy Page emerged as the bus transformed into a grass-covered carnival float, and the pair combined for a rendition of "Whole Lotta Love".

歌手leona刘易斯和前率领的飞艇的吉他手吉米页出现巴士转化为基层所涵盖的嘉年华花车，和一双合并为一移交&整个lotta爱&。

This is Kate, and that's Erin.

这是凯特，那个是爱朗。