A kind of hand threading needle material distributing mechanism

Abstract

The invention provides a hand-piercing needle material distribution mechanism, which includes a support plate and a material distribution disc installed on the support plate, a material guide plate, a material retaining plate, a driving motor and a material pressing mechanism. The drive shaft is fixedly connected to the center of the disc, and the outer edge of the distributing disc is provided with a plurality of distributing grooves that are evenly distributed and can accommodate a hand-threaded needle. The groove bottom of the groove is close to the edge of the material distribution disc, and the hand piercing needle at the lower end of the V-shaped groove can be against the outer edge of the material distribution disc. The arc-shaped edge that fits in the gap with the outer edge of the distribution disc, the pressing mechanism includes a pressing cylinder fixed on the support plate and a pressing block that is connected with the pressing cylinder and can be pressed in the V-shaped groove for hand-threading needles. The hand-threaded needle material distribution mechanism realizes the automatic material distribution of the hand-threaded needle through the cooperation of the material distribution disc, the material guide plate and the material pressing mechanism, the material distribution cost is low, and the automation of the hand-threaded needle feeding is realized.

Description

technical field [0001] The invention relates to the field of clothing production, in particular to a hand-piercing needle material distribution mechanism. Background technique [0002] The clothing industry needs to use a hand-threading needle to put the price tag on the collar. At present, all the labels and hangtags are put on the hand-threading needle manually. The hand threading needle is soft, slender, with a large female end and a T-shape with the hand threading needle, and a small male end with an undercut. To realize the automatic threading of the hand-threaded needle into the label hangtag, the separation of the hand-threaded needle is the key. Since the incoming materials for hand-piercing needles are packed in bags one by one, hand-piercing needles will be entangled with hand-piercing needles. At present, they are manually pulled out one by one for use, such as through vision and mechanical arms. Simulating manual operation to realize automatic feeding of hand-t...

AI Technical Summary

Problems solved by technology

Since the incoming materials for hand-piercing needles are packed in bags one by one, the hand-piercing needles will be entangled with each other. At present, they are manually pulled out one by one for use, such as through vision and mechanical arms. Simulating manual operation to realize automatic feeding of hand-threaded needles requires high visual inspection and flexibility of the robotic arm, and the corresponding cost will be high, resulting in poor economic efficiency and no basis for mass promotion.

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