Novel spindle device for knitter

Abstract

The invention relates to a component of a knitter, in particular to a novel spindle device for the knitter. The novel spindle device comprises a bobbin, a spindle base and a spindle frame, the bobbin and the spindle frame are positioned on the spindle base, a guide plate is arranged on the upward extension of the spindle frame, the guide plate is an arc circular plate, a vertical lead through hole is formed in the upper end of the guide plate, a pulley is arranged in the middle of the guide plate, a lead pulley is arranged at the lower end of the guide plate, a thread guide hole is formed in the bottom end of the guide plate, and the vertical lead through hole, the pulley and the lead pulley are positioned on the same vertical line. The novel spindle device is stable in structure; through the addition of the guide plate and the pulley structure, braided wires are effectively prevented from being bent during knitting; through pulley traction, the braided wires form a radian, so that bend and fracture of the braided wires are avoided. The novel spindle device has the advantages of being scientific in design, reasonable in structure, safe, reliable, convenient to use, and greatly higher in knitting efficiency.

Description

technical field [0001] The invention relates to a braiding machine component, in particular to a novel braiding machine spindle device. Background technique [0002] Existing braiding machine is of a great variety, and braid pattern is also more and more, and its braiding quality mainly depends on the rotating speed and the running state of spindle. At present, with the continuous development of social economy, there are many patterns of weaving materials, but the properties of existing weaving materials are different, and the elasticity and stretching force are also different. For example, the braided material, quartz sand, has high strength but is a brittle material, and it will not be deformed but will be broken directly when the force is too large. Although the composite carbon fiber has strong tensile strength, its shear strength is weak, and complex stress calculations are required during processing to ensure that the carbon fiber does not break. Furthermore, due to ...

AI Technical Summary

Problems solved by technology

Although the composite carbon fiber has strong tensile strength, its shear strength is weak, and complex stress calculations are required during processing to ensure that the carbon fiber does not break

In addition, due to the poor wear resistance of carbon fiber and the poor lateral impact resistance, the requirements for the weaving machine are higher, and the requirements for the weaving machine spindle are further increased.

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