Textile waxing device capable of preventing yarn waxing incompletion caused by wax amount factor

Abstract

The invention relates to the technical field of textile, and discloses a textile waxing device capable of preventing yarn waxing incompletion caused by a wax amount factor. The textile waxing device comprises a shell, and a wax melting box is fixedly connected with the interior of the shell. The adding amount of paraffin is controlled, intermittent quantitative adding is achieved, and the situation that waxing is insufficient due to gradual reduction of the wax oil amount is effectively avoided; the motion state of yarns is automatically controlled by means of the temperature of the paraffin in a molten state and the bimetallic strip principle, the yarn heat resistance is improved, the cooling rate of the wrapped wax oil is increased on the basis that the wax oil is protected, the flowingcondition of cold air flow in the cooling box is controlled, the wax oil in the wax melting box is automatically cooled in the waxing process, and yarn damage caused by too high temperature of the waxoil is avoided; and flowing of the cold air flow is automatically blocked under the condition that waxing is paused, waste is reduced, meanwhile, paraffin melting is prevented from being influenced,operation is convenient and fast, and the automation degree is high.

Description

technical field [0001] The invention relates to the technical field of textiles, in particular to a waxing device for textiles which avoids the waxing of yarns from being incomplete due to wax quantity factors. Background technique [0002] The yarn used in textile needs to be waxed before use, so as to reduce the friction on the surface of the yarn, facilitate the unwinding of the yarn, and reduce the degree of yarn hairiness. Generally, the yarn is contacted with solid wax and rotated around the axis, so that part of the wax is attached to the surface of the yarn. But this method is difficult to achieve the effect of uniform waxing, and as the solid wax gradually decreases, the resistance of the yarn to the solid wax decreases during the winding process, which will cause the amount of wax attached to the yarn to be excessive. Less, even the surface of the yarn has no wax at all, and the waxing effect is relatively poor. However, the existing waxing device adopts the meth...

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Problems solved by technology

But this method is difficult to achieve the effect of uniform waxing, and as the solid wax gradually decreases, the resistance of the yarn to the solid wax decreases during the winding process, which will cause the amount of wax attached to the yarn to be excessive. Less, even the surface of the yarn has no wax at all, and the waxing effect is relatively poor

However, the existing waxing device adopts the method of passing the yarn through the wax block in the melting state. Although this method can make the yarn comprehensively and evenly waxed, in the operation process, it is necessary to artificially control the yarn In the early stage of wax block melting and when the wax oil is about to run out, it is very easy to have incomplete waxing, which will reduce the waxing quality of the yarn

Moreover, when the yarn is in contact with the wax oil, it is easily damaged due to the influence of the temperature of the wax oil itself. At the same time, when the yarn wrapped with wax oil is wound, there is a problem that the wax oil does not solidify in time, causing the yarn to stick to each other. The occurrence of the situation is not conducive to the use of yarn

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