Steel wire bar flower needle device, assembly tooling and assembly method of the device

Abstract

The invention relates to a steel wire bar splinter device, an assembly tool and an assembly method of the device. The device includes a steel wire, a flower needle mounting frame and a flower needle assembly, each group of flower needle mounting frames includes a horizontal needle bar and a vertical needle bar, and the flower needle assembly is installed on the vertical needle bar; the horizontal needle bar is provided with a groove, and the groove The groove wall spacing at the groove opening is smaller than the diameter of the steel wire, and the groove wall spacing from the groove opening to the groove bottom direction first gradually increases until it is consistent with the steel wire diameter, and then gradually decreases. The steel wire bar flower needle device is not only easy to manufacture, has a short production cycle, and stable product quality, but also the flower needle assembly can move at any needle pitch to meet the needs of various flower patterns. The assembly of the steel wire bar flower needle device The tooling and assembly method not only have high assembly efficiency and low labor intensity, but also can effectively ensure that each group of flower needle components is on the same plane, with small human errors, and effectively ensure the distance accuracy between each group of flower needle components.

Description

technical field [0001] The invention relates to a wire comb flower needle device, an assembling tool and an assembling method for the device. Background technique [0002] In the current steel wire comb flower needle device, the flower needle assembly and the steel wire are mainly fixed by glue bonding. The glue bonding method not only has a long production cycle, but also causes great pollution to the environment of the glue, and causes great harm to workers, and the production process is complicated. The technical requirements for workers are high, which makes the product quality unstable, and the defective and reject rate is high. In addition, the spacing of the flower needles cannot be modified, and another set of comb devices needs to be replaced when the flower pattern needs to be changed. In order to ensure the accuracy of the knitting pattern, each flower needle assembly needs to be on the same plane and the distance accuracy between each flower needle assembly needs...

AI Technical Summary

Problems solved by technology

In this way, not only the assembly efficiency is low, but the labor intensity is high, and it is impossible to ensure that each needle assembly is on the same plane, the human error is large, and the distance accuracy between each needle assembly will be affected during calibration.

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