Luminous herringbone bionic bait and production method thereof

Abstract

The invention discloses a luminous herringbone bionic bait and a production method thereof. A base film with a luminous coating and an imaging coating is applied to the surface of a bionic bait; a laser layer with a herringbone structure and a fisheye structure is applied outside the imaging coating; therefore, the problem is solved that an existing bionic bait has poor fish-attracting effect, resulting in low angling efficiency. A coating device for use during coating comprises a coating platform; a coating material is conveyed into a lower coating trough through a first conveyer; an upper coating trough is pushed by a first cylinder to downwardly coat a semi-finished bait; after coating, a lifting platform is pushed by a third cylinder to push the bionic bait out of the lower coating trough; a push block is pushed by a second cylinder to push the bionic bait onto a second conveyer for conveying; the automatic coating process is then completed by the whole coating device. Fewer manualoperations are required, so that working efficiency is improved.

Description

technical field [0001] The invention relates to the field of fishing gear processing, in particular to a bionic fishing bait with luminous fishbone pattern and a preparation method thereof. Background technique [0002] Traditional fishing needs to change the bait constantly, and the fish is easy to slip off. Therefore, artificial bionic bait has been developed in recent years. This kind of bait has the shape of a small fish, and can float in the water by using its own buoyancy and the traction of the hook line. The decoration such as setting patterns, patterns, colors, etc., makes the bait realistic, makes the big fish in the water swallow, and catches the fish. Compared with the traditional bait, this kind of bait saves the process of preparing bait, and is loved by consumers. [0003] But the existing bionic baits still have the following disadvantages: (1) some bionic baits increase the attraction of bionic baits to fish by being provided with structural means such as re...

AI Technical Summary

Problems solved by technology

[0004] The object of the present invention is to provide a bionic fish bait with luminous fishbone pattern and its preparation method, which solves the following technical problems: (1) The coating used contains aminoethylpiperazine, isobornyl methacrylate, fluorine-containing acrylate mono body, which improves the hardness, alcohol resistance, heat resistance, surface scratch resistance, wear resistance, mechanical properties, heat resistance, water resistance, and corrosion resistance of the bait. When coating, one surface of the base film is coated with Adhesive, which solves the problems of short storage time, easy falling off and short service life of paint; (2) by coating the base film containing luminous coating and imaging coating on the surface of the bionic bait, and coating the imaging coating peripheral There is a laser layer including a fishbone structure and a fisheye structure, which solves the problems of poor fish attracting effect and low fishing efficiency of the existing bionic bait; (3) transported by the first conveyor to the lower coating tank, the first cylinder Push the upper coating tank downward to coat the bait body. After the coating is completed, the third cylinder pushes the lifting platform to push the bionic bait out of the lower coating tank. The second cylinder pushes the push block to push the bionic bait onto the second conveyor. The coating device has completed the automatic coating process, which solves the problems that the existing coating device needs to consume a lot of manual operations, the operation is difficult, and the work efficiency is low; (4) The bearing is connected to the rotating shaft, and the rotating shaft is connected to the motor. Through the bearing, the rotating shaft , the combined action of the motor drives the roller to rotate, so that the upper surface base film and the lower surface base film used for coating can be automatically released, which solves the problem of the existing automatic base film output device, which is expensive and requires high costs.

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