Cable winding method and device for wire coil

Abstract

The invention discloses a cable winding method and device for a wire coil. The winding method comprises the following steps of a, two ring segments and a helical segment are adopted in the wire coil for winding a ring circle, the shapes of the ring circles are roughly identical, and the two ring segments in each ring circle are staggered by a pitch; b, the winding directions of all layers are controlled to be consistent until one layer of ring circle is completed; and c, the step a and the step b are repeated, the next layer of ring circle is completed, and the winding directions of two adjacent layers are controlled to be opposite. The two ring segments and the helical segment are adopted in the wire coil for winding each ring circle, the ring segments and the helical segment which are spirally arranged in the prior art are changed into stacked rings and intersected helical segments; cables in the rear layer are guided in groove seams of cables in the front layer, and the intersecting angles of the helical segments are larger than those of helical segments arranged in a traditional manner, so that the regularity and stability of cable arrangement can be better improved, and it is ensured that positions between cable layers are more stable.

Description

technical field [0001] The invention relates to a cable winding method and its device, in particular to a cable winding method and its device for a wire reel. Background technique [0002] The vast majority of round cables are wound on cable reels. The cable trays are all cylindrical barrels with round flanges on both sides. The cable is wound on a cylinder between two flanges. The form of winding on the cylinder is spiral. After one layer is full, return to stack on the previous layer, and continue to arrange in a spiral until the entire plate is full, such as figure 1 shown. In the process of spiral arrangement, the cable travels a distance in the axial direction every time it goes around, which is called pitch. The pitch of the cable arrangement is equal to the value of the diameter of the cable or the value of the diameter of the cable plus a gap. [0003] It can be seen from the above that the current cable arrangement is characterized by a spiral arrangement, and ...

AI Technical Summary

Problems solved by technology

[0003] It can be seen from the above that the current cable arrangement is characterized by a spiral arrangement, and the spiral direction of each adjacent two layers is just opposite. There are still deficiencies. For some communication cables, it will even affect the performance of communication indicators in severe cases.

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