Warping system and warping method

Abstract

The present invention provides an arrangement that enables diverse patterns to be inexpensively made in a warping system 1 that winds a predetermined length of warps Y supplied from warping creels 10a, 10b to form a warping beam 11. A plurality of yarn switching mechanisms 3 are arranged in a yarn path formed between the warping creel 10a and the warping beam 11; each of the yarn switching mechanisms 3 includes a yarn selecting device 7 and a splicing device 8 that splices a selected warp. Package groups 4 each including a plurality of supplying packages 5 of different yarn colors or the like are set on the warping creel 10a in association with the respective yarn switching mechanisms 3. A warp group Y, Y, ... unwound from the package group 4 are supplied to the yarn selecting device 7 in the yarn switching mechanism 3. The yarn selecting device 7 selects and supplies at least one warp Y of the supplied warp group Y, Y, ... to the warping beam 11 side. All or selected ones of the yarn switching mechanisms 3, 3, ... are actuated to switch the warps Y within the winding length of the warping beam 11.

Description

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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AI Technical Summary

Benefits of technology

The present technology allows for more efficient use of space during production compared with traditional methods like weaving machines. It achieves this through synchronized movement between different types of threads within one fabric instead of individually changing them separately. This reduces the complexity involved when making packages containing multiple thread colors. Additionally, it improves accuracy over existing systems due to its ability to determine which part needs to switch from another thread without actually having to stop working altogether. Overall, these technical improvements improve efficiency while reducing costs associated with producing packaging products.

Problems solved by technology

This technical problem addressed in this patented text relates to improving the process of producing high quality fibers with specific properties without requiring excessive amounts of materials. Existing methods involve individually wrapping each fiber bundle onto another beforehand, resulting in wasted material costs and decreased productivity compared to continuous winder techniques like roller warming.

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