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Textile warp beam

A warp beam and textile technology, applied in the field of textile warp beam, can solve the problems of wasting human resources and prolonging the production cycle, and achieve the effects of improving production efficiency, reducing production cycle and reducing frictional resistance.

Active Publication Date: 2022-06-17
SOUTHEAST UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

In this series of processes, it is not difficult to find that due to the process of sizing the finished yarns, the proce

Method used

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  • Textile warp beam
  • Textile warp beam
  • Textile warp beam

Examples

Experimental program
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Example Embodiment

[0022]为了加深本发明的理解，下面我们将结合附图对本发明作进一步详述，该实施例仅用于解释本发明，并不构成对本发明保护范围的限定。

[0023]图1-6示出了一种纺织经轴的具体实施例，包括圆柱形的轴体1，轴体1两端设置有直径大于轴体的边盘2，轴体1包括相互活动连接的底座11和上盖12，轴体1内部为空心的槽体13，在槽体13从内向外依次设置有钢筘3、综丝4和停经片5，当底座11和上盖12之间闭合时，底座11和上盖12之间存在一间隙14，间隙14从槽体13一直延伸至轴体1外。

[0024]优选的，槽体13位于轴体1的中部，综丝4设置于轴体1的中心位置。间隙14为圆弧形，间隙14靠近槽体13的一端垂直于停经片5，间隙14靠近轴体1外侧的一端相切于轴体1的外表面。间隙14的宽度为1-2mm。底座11和上盖12之间相互铰接，上盖12可以沿着铰接点15上下翻转一定的角度。上盖12绕着底座11旋转过程分为打开状态和闭合状态。轴体1闭合状态时轴体1呈圆柱体形状，当上盖12翻转打开时，可以看见槽体13和槽体13内部的停经片5、综丝4和钢筘3。槽体13内设置有防滑海绵6，防滑海绵6抵靠在钢筘3的上端。上盖12靠近槽体13的一侧设置有固定海绵7，固定海绵7抵靠在综丝4的上端，固定海绵7的顶端高于综丝4的顶端，固定海绵7的底端高于停经片5至少2cm以上的基础上足够的低，以至于保证上盖12在旋转过程中减少对综丝4的阻力。还包括固定卡扣8，固定卡扣8设置在轴体1的两端，用于固定底座11和上盖12，边盘2对应固定卡扣8的位置上开设有通孔21。如图5所示，固定卡扣8包括卡扣底盘81、卡扣拉环82、卡扣弹簧83、卡扣螺栓84、卡扣上旋盖85和卡扣下底盖86，卡扣底盘81固定连接在底座11上，一端为弯钩状，卡扣下底盖86固定连接在上盖12上，卡扣上旋盖85通过卡扣螺栓84铰接在卡扣下底盖86上，卡扣弹簧83套设在卡扣螺栓84上，卡扣拉环82连接在卡扣上旋盖85上。卡扣拉环82与卡扣底盘81的弯钩处互相配合，卡扣螺栓84固定卡扣弹簧83防止其侧滑，卡扣上旋盖85可以绕着卡扣螺栓84进行旋转，并且卡扣弹簧83的弹簧力可使卡扣上旋盖85逆时针往卡扣下底盖86的方向旋转，并且被卡扣下底盖86所阻碍，卡扣上旋盖85上还固定连接有卡扣提手87。

[0025]上述实施例的具体工作过程及原理如下：

[0026](1)...

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Abstract

A spinning warp beam comprises a cylindrical beam body, side discs with the diameter larger than that of the beam body are arranged at the two ends of the beam body, and the spinning warp beam is characterized in that the beam body comprises a base and an upper cover which are movably connected with each other, the interior of the beam body is a hollow groove body, and a reed, a harness wire and a dropper are sequentially arranged in the groove body from inside to outside. When the base and the upper cover are closed, a gap exists between the base and the upper cover, and the gap extends out of the shaft body from the groove body. In order to combine drawing-in and warping, a reed, a harness wire and a dropper which are drawn-in are placed in the warp beam body, the yarn arrangement process is repeated, and the production cycle of a product is shortened.

Description

technical field [0001] The invention relates to the technical field of textile machinery, in particular to a textile warp beam. Background technique [0002] In the existing textile production process, petrochemical products or cotton are turned into fibers through the spinning process, and then into yarn through the spinning process, and the yarn is turned into fabric through the weaving process, and then printed and dyed into cloth. Among them, the process from fiber to yarn is subdivided into processes such as warping, sizing, drawing in, and weaving. The so-called warping is to draw several warp yarns from the winding bobbin respectively, so that these warp yarns are uniform and have tension, and are tightly wound on the warp beam parallel to each other. In this process, warping workers need to wind each yarn on the warp beam. Due to the need to arrange the yarns one by one, a lot of manpower is consumed in this process. It is worth noting that the ordered yarns that ...

Claims

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine
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Application Information

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IPC IPC(8): D02H13/30
CPCD02H13/30
Inventor 帅立国王辉
Owner SOUTHEAST UNIV