A device for sticking arrowheads, nocks and fletchings

Abstract

The invention discloses a device for pasting an arrow head, an arrow tail and arrow feathers. The device comprises an installing support, an arrow rod conveying mechanism for horizontal and forward conveying of an arrow rod, an arrow head conveying mechanism for conveying the arrow head to the arrow head end of the arrow rod, an arrow tail conveying mechanism for conveying the arrow tail to the arrow tail end of the arrow rod, an arrow head glue spraying mechanism for spraying glue to the arrow head end of the arrow rod, an arrow tail glue spraying mechanism for spraying glue to the arrow tailend of the arrow rod, an arrow rod overturning mechanism for conveying the arrow rod into an arrow tail orienting mechanism, the arrow tail orienting mechanism for positioning the arrow rod conveyedfrom the arrow rod overturning mechanism, an arrow feather cutting-off mechanism for forming the arrow feathers adhering to the arrow rod, a glue spraying mechanism for coating the cut arrow featherswith glue, and an arrow feather pasting mechanism for pasting the arrow feathers to the arrow rod positioned through the arrow tail orienting mechanism. The device is reasonable in structure arrangement, high in automation degree and capable of improving efficient bonding of the arrow head, the arrow tail, the arrow feathers and the arrow rod and guaranteeing the bonding quality.

Description

technical field [0001] The invention relates to the technical field of bows and arrows, in particular to a device for sticking arrowheads, arrow tails and arrow feathers. Background technique [0002] At present, sticking nocks, arrowheads and fletchings on arrow shafts is mostly carried out by manually applying glue. Traditional bonding production is not only inefficient, but also the quality cannot be guaranteed. There are some equipment for sticking arrow tails and arrowheads in the prior art, but these existing equipment generally have the problems of low degree of automation, inability to perform efficient and high-quality bonding operations, and inconvenient operation of the equipment. In addition, known feather sticking devices are generally made of aluminum or cast iron, which is not only very expensive and has a complicated structure, but also can only be used for sticking feathers of the same arrow type, and the flexibility is relatively poor. No, it directly aff...

AI Technical Summary

Problems solved by technology

Traditional bonding production is not only inefficient, but also the quality cannot be guaranteed

There are some equipment for sticking arrow tails and arrowheads in the prior art, but these existing equipment generally have the problems of low degree of automation, inability to perform efficient and high-quality bonding operations, and inconvenient operation of the equipment

In addition, known feather sticking devices are generally made of aluminum or cast iron, which is not only very expensive and has a complicated structure, but also can only be used for sticking feathers of the same arrow type, and the flexibility is relatively poor. No, it directly affects the archery technology. The existing feather sticking devices have few varieties, single functions, and low bonding efficiency.

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