Fish bone multifunctional lure bionic bait

Abstract

The utility model discloses a fishbone multifunctional lure bionic bait. The fishbone multifunctional lure bionic bait comprises a profiling bait body, an integrated steel wire, a fishbone, a balancing weight and a hook body. The integrated steel wire penetrates through the profiling bait body to form a fish spine, a fishing line hanging lug and a hook body hanging lug are arranged at the two ends of the integrated steel wire respectively, and a single hook or three hooks can be hung on the hook body hanging lug. The fish bones are located on the two sides of the steel wire, a balancing weight is arranged in the profiling bait body, the fish bones are coated with fluorescent paint, 3D profiling fish eyes and three-dimensional fish gills are arranged at the front ends of the fish bones, and the profiling bait body is of a solid structure. The bionic bait is firm in structure, the fluorescent paint improves visual attraction in the daytime, the bait is more striking at night, the fishing rate is improved, and environmental protection is achieved. The balancing weight enables the bait to act naturally, the fishing probability and the tension value of the hook body are increased, the whole body is solid and resistant to biting, the service life is long, the sense of reality is enhanced through the 3D fisheye and the three-dimensional gill, and the lure fishing effect is effectively improved.

Description

TECHNICAL FIELD

[0001] The utility model relates to fishing gear technical field especially relates to a fish bone multifunctional lure bionics bait. BACKGROUND

[0002] In the lure fishing activity, the performance and design of the bait directly affect the fishing effect. The traditional lure bionics bait has many deficiencies in actual use. For example, part of the bait structure is complex but not firm enough, which is easy to be damaged when throwing, being bitten by fish and colliding with obstacles in water, resulting in short service life and increasing fishing cost. Some baits do not move naturally in water and cannot simulate the real small fish swimming posture well, which is difficult to arouse the interest of fish in predation. In addition, in the light environment (such as early morning, evening or night), many baits have poor visibility, and fish are difficult to find the bait, which reduces the fish rate. Moreover, the manufacturing process of some existing baits may involve more non-environmental aspects, such as excessive paint spraying, which does not meet the modern environmental protection concept. SUMMARY

[0003] The utility model aims at providing a fish bone multifunctional lure bionics bait which is stable in structure, realistic in action, has good visibility under different light conditions and is environmentally friendly, so as to overcome the defects of the prior art, improve the success rate and efficiency of lure fishing, and reduce the impact on the environment.

[0004] Overall structure design

[0005] Profiled bait body: fish-shaped design is adopted, and the outline and appearance details thereof imitate the morphology of real fish as much as possible to provide a basic appearance framework for the whole bait. Through the carefully designed curve and proportion, the bait presents a natural appearance in water, reducing the vigilance of fish.

[0006] Integrated steel wire: this is the key structural component of the utility model. It penetrates the head and tail ends of the profiled bait body and is naturally bent into a fish spine shape in the middle part. This design not only gives the internal structure of the bait strength, but also simulates the bone support mode of real fish, so that the bait can make more flexible and natural movements in water. The head of the integrated steel wire is bent to form a fishing line ear, ensuring that the fishing line can be stably connected to the bait and not easily fall off during throwing and fishing. The tail is bent to form a hook body ear, providing a reliable connection point for the installation of the hook body.

[0007] Fish bone spur: inside the profiled bait body, multiple fish bone spurs are distributed along the two sides of the integrated steel wire. The shape, length and distribution position of these fish bone spurs are optimized to enhance the bionics effect of the bait. They simulate the fish spine structure of real fish in appearance, and also increase the structural stability of the bait to some extent, preventing the bait body from deforming excessively under stress.

[0008] Counterweight: Located inside the profiled bait body. The weight of the counterweight is precisely calculated and adjusted to achieve multiple functions. When casting, it can adjust the center of gravity of the bait, making the bait fly stably, reducing the influence of air resistance on the flight trajectory, and ensuring that the bait can accurately fall into the predetermined fishing area. After entering the water, the counterweight uses gravity to make the bait exhibit natural sinking, swinging and rolling movements in the water, simulating the swimming habits of real small fish and attracting the attention of fish.

[0009] Fluorescent paint coated fish bone spur

[0010] The fluorescent paint coated on the fish bone spur has special optical properties. During the day, the fluorescent paint can absorb and reflect stronger and brighter light than ordinary paint, making the bait appear bright in color in the water, enhancing visual appeal. This high-brightness color can stand out in well-lit water environments and is more likely to be discovered by fish. At the same time, due to the use of fluorescent paint, the bait does not need to be treated with additional paint, simplifying the production process and reducing the use of paint and other chemicals, making it more environmentally friendly. At night or in low-light environments, the fluorescent paint can emit a unique fluorescent effect, making the bait a clear visual focus in the dark water, greatly improving the ability to attract fish and increasing the chances of catching fish.

[0011] Hook body type and connection

[0012] The hook body can be selected as a single hook or a three-hook to adapt to different fishing needs and fish characteristics. Single hooks are easier to bite in some cases, such as for small-mouthed and highly alert fish, and are more convenient to remove, reducing damage to fish. Three-hook has a larger coverage area and more hooking points, increasing the chances of hooking fish when they bite, especially for aggressive and larger fish. The hook body is tightly connected to the integrated steel wire through the hook body ear, which ensures that the hook body can effectively transmit the pulling force to the integrated steel wire when the fish bites and struggles, and the integrated steel wire penetrates the entire profiled bait body, making the entire bait can withstand greater pulling force, reducing the possibility of fish unhooking and improving the success rate of fishing.

[0013] Solid structure profiled bait body

[0014] The profiled bait body adopts an overall solid structure design. This structure gives the bait high strength and toughness, enabling it to resist the biting force of fish and the impact force generated when colliding with obstacles in water. Compared with bait with a hollow structure or other non-solid structure, the solid structure of the profiled bait body is less likely to be bitten or broken after collision, greatly extending the service life of the bait. In actual fishing, the fisherman does not need to frequently replace the bait, improving fishing efficiency and reducing the cost of purchasing new bait and the cost of wasted fishing time due to replacing the bait.

[0015] 3D profiled fish eyes and three-dimensional gills design

[0016] The 3D profiled fish eyes are located on the upper sides of the front end of the profiled bait body. With advanced materials and manufacturing processes, the 3D profiled fish eyes have a highly realistic appearance, with shape, size, luster and texture similar to real fish eyes. In water, the 3D profiled fish eyes can reflect light, producing a visual effect similar to real fish eyes, further enhancing the biomimetic realism of the bait. When fish observe in water, it is more likely to mistake the bait for a real small fish, thereby stimulating its predatory instinct and improving the attractiveness of the bait.

[0017] The three-dimensional gills are arranged on the lower sides of the front end of the profiled bait body. Through unique modeling and material design, the three-dimensional gills can create a small water flow change in water. This water flow change simulates the water flow disturbance produced when real gills breathe, which can cause a slight wave in the surrounding water, attracting the attention of fish. At the same time, the three-dimensional gills also have certain light reflecting performance and can emit a weak light under light irradiation, further increasing the visibility and realism of the bait in water and improving the fish attracting effect.

[0018] The beneficial effects of the utility model are as follows:

[0019] 1. The fish spine multifunctional lure bionic bait of the utility model forms a solid overall structure through the integrated steel wire and the solid structure profiled bait body and the reasonably distributed fish bone spurs. After multiple actual tests, the bait can still remain intact under conditions such as simulating fish biting hooks, colliding with obstacles such as rocks in water and repeated casting, and its structural integrity is far superior to that of traditional lure bionic bait. This structural stability not only prolongs the service life of the bait, reduces the economic investment of the fisherman, but also ensures that the performance of the bait is always consistent during fishing, improving the reliability of fishing.

[0020] 2. From the appearance of the fish-shaped, 3D fish-shaped eye and three-dimensional fish gill, to the natural swing and roll (achieved by the counterweight), the fish bait of the utility model realizes high bionics in many aspects. In the field fishing test, compared with the traditional fish bait, the fish bait of the utility model can attract more kinds and quantities of fish to approach and bite the hook. Whether in clear water or in the environment with slightly turbid water quality, the realistic appearance and natural action can effectively deceive the visual and sensory system of the fish, stimulate the predation desire of the fish, and significantly improve the medium fish rate.

[0021] 3. The fluorescent paint on the fish bone spur makes the fish bait have good visibility under different light conditions. During the day, the bright color attracts the attention of the fish; at night, the fluorescent effect makes the fish bait a bright spot in the dark water. This light adaptability greatly increases the use effect of the fish bait at different times of the day, improves the success rate of the fisherman in various fishing scenes. In water areas with large changes in light, such as early morning or late afternoon when the sun is oblique or on cloudy days when the light is relatively dark, the fish bait of the utility model can still maintain high visibility and continuously attract fish schools.

[0022] 4. The use of fluorescent paint reduces the need for traditional paint spraying processes, reducing environmental pollution caused by chemical substances. At the same time, the long-life fish bait design reduces waste generated by frequent replacement of fish bait, further reducing the burden on the environment. This meets the requirements of modern society for environmentally friendly products, allowing anglers to enjoy fishing while also reducing the negative impact on the environment, with good social and environmental benefits.

[0023] The above description is only a summary of the technical scheme of the utility model, in order to more clearly understand the technical means of the utility model, which can be implemented in accordance with the content of the specification, and in order to let the above and other purposes, features and advantages of the utility model can be more obvious and easy to understand, the following preferred embodiments are described in detail below, and the accompanying drawings are as follows. BRIEF DESCRIPTION OF DRAWINGS

[0024] Fig. 1 An internal structure diagram of a fish bone multifunctional lure bionic bait is provided for the utility model;

[0025] Fig. 2 An external structure diagram of a fish bone multifunctional lure bionic bait is provided for the utility model;

[0026] Fig. 3 A cross-sectional structure diagram of a fish bone multifunctional lure bionic bait is provided for the utility model.

[0027] In the drawings: 1, bionic bait body; 101, 3D bionic fish eye; 102, three-dimensional fish gill; 2, integrated steel wire; 201, fishing line ear; 202, hook body ear; 3, fish bone spur; 4, counterweight; 5, hook body. DETAILED DESCRIPTION

[0028] The technical solutions in the embodiments of the utility model will be clearly and completely described below with reference to the drawings in the embodiments of the utility model. Obviously, the described embodiments are only part of the embodiments of the utility model, rather than all the embodiments.

[0029] Embodiment 1, refer to Figs. 1 to 3 A multifunctional fishing lure imitating fish bone and spine

[0030] First, prepare the materials and components, including the imitated fish-shaped imitated body 1, the integrated steel wire 2, the fish bone spine 3, the weight block 4, the hook body 5, and the corresponding materials for making the 3D imitated fish eye 101 and the three-dimensional fish gill 102. If there are special material requirements.

[0031] Take an integrated steel wire 2 with appropriate length and thickness, and pass it through the head and tail ends of the imitated body 1. During the passing process, make the integrated steel wire 2 naturally form a slight bend in the middle of the imitated body 1, so as to simulate the spine shape of a fish. Then, wind and bend the end of the integrated steel wire 2 located at the head of the imitated body 1 to form a fishing line ear 201, so as to ensure that the shape and structure of the fishing line ear 201 can stably hang the fishing line and will not easily fall off during casting or fishing. Similarly, wind and bend the end of the integrated steel wire 2 located at the tail of the imitated body 1 to form a hook body ear 202, and the design of the hook body ear 202 should ensure that it can firmly hang the hook body 5 and will not deform or be damaged under stress.

[0032] In the imitated body 1, multiple fish bone spines 3 are evenly arranged on both sides of the integrated steel wire 2. The number, length, and distribution position of the fish bone spines 3 can be adjusted according to actual design requirements to simulate the spine structure of a real fish and enhance the bionic effect of the fishing lure.

[0033] In the imitated body 1, install a weight block 4. The weight of the weight block 4 should be accurately calculated and tested to ensure that the fishing lure can fly stably during casting, and can exhibit natural movements such as swinging and rolling in water to quickly reach the ideal water layer where the fish is located. The weight block 4 can be installed in the imitated body 1 by inlaying, pasting, or other suitable fixing methods to ensure that it will not shift or fall off during use.

[0034] Fluorescent paint coating fish bone spine

[0035] For the fish bone 3, the fluorescent paint is evenly coated on its surface. The coating process ensures that the fluorescent paint covers completely and uniformly, so that in the daytime, the fluorescent paint can reflect strong and bright colors, greatly increasing the visual appeal of the bait, making it easier for fish to find in the water. At the same time, due to the characteristics of the fluorescent paint, the outside of the bait does not need to be painted again, which not only simplifies the production process, but also is more environmentally friendly. When fishing at night, the fluorescent paint can make the bait more eye-catching in the water, significantly improve the effect of attracting fish, and thus increase the fish rate.

[0036] Hook body selection and installation

[0037] According to the actual fishing needs, a single hook or a three-hook is selected as the hook body 5. The selected hook body 5 is hung on the hook body lug 202, ensuring that the hook body 5 is firmly connected with the hook body lug 202. The single hook is suitable for some specific fish species or fishing scenarios, and the three-hook can increase the probability of catching fish, because it has a larger coverage area in the water and is more likely to be hooked when the fish bites. After catching the fish, the hook body 5 is connected with the integrated steel wire 2 through the hook body lug 202, which can improve the pulling force value of the entire bait and reduce the possibility of fish unhooking, thereby improving the success rate of fishing.

[0038] Solid structure profiled body

[0039] The profiled body 1 adopts a whole solid structure. During the manufacturing process, the material can be filled into the mold of the profiled body 1 through processes such as injection molding, so that it becomes a solid whole. This solid structure makes the bait have high strength and toughness, and is more resistant to fish bites. Compared with hollow or other structure baits, it is not easy to be damaged when attacked by fish or collides in the water, thereby greatly prolonging the service life of the bait and reducing the fishing cost.

[0040] 3D profiled fish eyes and three-dimensional gills design

[0041] 3D profiled fish eyes 101 are arranged on both sides of the upper part of the front end of the profiled body 1. Special materials or processes can be used to make the 3D profiled fish eyes 101 have a realistic appearance and luster, greatly enhancing the realism of the bait and making it more likely for fish to mistake it for a real small fish in vision, thereby improving the attractiveness of the bait.

[0042] Three-dimensional gills 102 are arranged on both sides of the lower part of the front end of the profiled body 1. The three-dimensional gills 102 can be designed by special shape or treated by special materials, so that they can create a small water flow change in the water, simulating the breathing action of real gills. At the same time, the three-dimensional gills 102 can also produce a reflective effect, further increasing the realism and attractiveness of the bait, attracting fish to bite the bait.

[0043] The above merely describes a preferred embodiment of the present application, and the protection scope of the present application is not limited thereto, and any skilled person in the art, according to the technical scheme and the inventive concept of the present application, makes equivalent replacement or change within the technical range disclosed by the present application, which should be covered within the protection scope of the present application.

Claims

1. A multifunctional fishhook with a bionic lure body, comprising a bionic fish-shaped body (1), characterized in that, The profiled bait body (1) is penetrated by the same integral steel wire (2) at the head and tail ends, the integral steel wire (2) is formed into fish spine in a micro-bent shape in the middle of the profiled bait body (1), the integral steel wire (2) is wound and bent to form a fishing line hanging ear (201) at the head end of the profiled bait body (1) for hanging the fishing line, the integral steel wire (2) is wound and bent to form a hook body hanging ear (202) at the tail end of the profiled bait body (1), the hook body hanging ear (202) is hung with a hook body (5), the profiled bait body (1) is provided with a plurality of fish bone spurs (3) on both sides of the integral steel wire (2) in the inside, and the profiled bait body (1) is provided with a counterweight (4) in the inside.

2. The fishbone multifunctional lure bionic bait according to claim 1, characterized in that, The fish bone spur (3) is coated with fluorescent paint on the surface.

3. The fishbone multifunctional lure bionic bait according to claim 1, characterized in that, The hook body (5) is any one of a single hook or a three-pronged hook.

4. The fishbone multifunctional lure bionic bait according to claim 1, characterized in that, The whole of the profiled bait body (1) is a solid structure.

5. The fishbone multifunctional lure bionic bait according to claim 1, characterized in that, The profiled bait body (1) is provided with 3D profiled fish eyes (101) on both sides of the upper part of the front end.

6. The fishbone multifunctional lure bionic bait according to claim 1, characterized in that, The profiled bait body (1) is provided with three-dimensional fish gills (102) on both sides of the lower part of the front end.

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