Fiber-reinforced guide eye and method for manufacturing fiber-reinforced guide eye

Abstract

The invention provides a fiber-reinforced guide eye and a method for manufacturing the fiber-reinforced guide eye. The fiber-reinforced guide eye comprises a guide eye body, and the guide eye body comprises a support and a fishline guide ring fixing part. Two side supports are supported below the fishline guide ring fixing part. The bottom ends of the two side supports are connected with fixed parts. The two side supports comprise a first support and a second support. The fixed parts comprise a first fixed part and a second fixed part correspondingly connected with the first support and the second support. According to the fiber-reinforced guide eye and the method for manufacturing the fiber-reinforced guide eye, a fiber-reinforced resin material is adopted, and the integrated formed guideeye is manufactured in combination with the characters of stress; compared with a traditional metal guide eye, the weight strength, rigidity and toughness of the fiber-reinforced guide eye are obviously improved; and meanwhile, non-directional fiber premix is adopted, and due to the non-directional arrangement of fibers, the strength of the manufactured finished guide eye on various aspects is high. By means of the novel material and the innovative manufacturing process, the guide eye low in weight and good in appearance is achieved on the premise of guaranteeing high toughness and strength.

Description

Technical field [0001] The invention specifically relates to a fiber-reinforced guide eye and a method for manufacturing the fiber-reinforced guide eye. Background technique [0002] In the actual use of fishing rods, such as long-throwing bait from the beach, there is a requirement to increase the throwing distance as much as possible. Therefore, the throwing distance is not only affected by the flexibility of the fishing rod and the speed of the tip, but also the bending state of the rod body and other factors. The weight will also have a greater impact on the long-range projection, and when multiple guide eyes are installed on the fishing rod, the overall weight of the fishing rod will increase, which will affect the feel of use and bring inconvenience to fishing; while the existing guide eyes are all It is made of metal material, and it is difficult to improve the weight and flexibility. In order to improve the performance of the existing fishing rod, compared with the tradit...

AI Technical Summary

Problems solved by technology

[0002] When actually using a fishing rod, such as long-distance casting of bait from the beach, there will be a requirement to increase the throwing distance as much as possible. Therefore, the throwing distance is not only affected by the flexibility of the fishing rod and the throwing speed of the rod tip, but also the bending state of the rod body and other factors. The weight will also have a greater impact on the long-range throw, and when multiple guide eyes are installed on the fishing rod, the overall weight of the fishing rod will increase, thereby affecting the feel of use and causing inconvenience to fishing; and the existing guide eyes are all It is made of metal materials, and it is difficult to improve in terms of weight and flexibility. In order to improve the performance of existing fishing rods, compared with traditional metal guide eyes, it is necessary to produce guide eyes with high strength, light weight and easy use.

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