An Improved Ribbon Loom with Stable Weft Insertion

Abstract

The invention discloses an improved webbing loom with a stable weft insertion function. The improved webbing loom with the stable weft insertion function structurally comprises a paying-off mechanism,a webbing loom main body, a webbing conveying mechanism, a spinning mechanism and a directional yarn feeder; a linear paying-off device is installed on the webbing loom, and when the webbing loom works, a bobbin can be fixed with a bobbin fixing rod through negative-pressure suction, the situation that the bobbin is pulled out and flung away by yarn and hits a nearby operator when the webbing loom works at high speed is prevented, and the safety of the webbing loom is improved; meanwhile, the resistance of the rotary output of the bobbin can be linearly adjusted according to the remaining amount of the yarn, the situation that when the webbing loom suddenly shuts down, the yarn in the bobbin continues to rotate under the inertia effect, so that the excess yarn is flung away and entangledis avoided, the workload of managing the yarn by the operator is reduced, and the webbing production efficiency is improved.

Description

technical field [0001] The invention relates to a weaving ribbon equipment, in particular, an improved weaving ribbon machine with stable weft insertion. Background technique [0002] In modern industrial production, ribbons are often used in the production of luggage, clothing, shoes and hats. Ribbons have become an indispensable part of clothing production, so the demand for ribbons is increasing. Textile factories generally use ribbon machines for processing and production, but the current technology The consideration is not perfect, and has the following disadvantages: 1. When the traditional ribbon loom is used, the yarn bobbin is usually evenly placed on the yarn rack, and then drawn into the textile mechanism through the wire structure for processing and weaving. However, as the ribbon loom works and the yarn After the remaining amount of yarn in the tube decreases, the quality of the yarn tube becomes lighter and lighter. Therefore, when the high-speed loom suddenly ...

AI Technical Summary

Problems solved by technology

[0002] In modern industrial production, ribbons are often used in the production of luggage, clothing, shoes and hats. Ribbons have become an indispensable part of clothing production, so the demand for ribbons is increasing. Textile factories generally use ribbon machines for processing and production, but the current technology The consideration is not perfect, and has the following disadvantages: 1. When the traditional ribbon loom is used, the yarn bobbin is usually evenly placed on the yarn rack, and then drawn into the textile mechanism through the wire structure for processing and weaving. However, as the ribbon loom works and the yarn After the remaining amount of yarn in the tube decreases, the quality of the yarn tube becomes lighter and lighter. Therefore, when the high-speed loom suddenly stops, the yarn in the yarn tube will continue to rotate under the action of inertia and throw out the excess yarn. In turn, different yarns are entangled together, which requires manual finishing, which increases the workload of the operator and reduces the production efficiency of the ribbon; If the yarn bobbin and the fixing rod are not fully fixed, the yarn bobbin may be thrown out by the yarn and hit the nearby operators, which is dangerous

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