Spring-loaded lead hook

Abstract

The utility model discloses a kind of elastic anti-hanging lead head hooks, relate to fishing tackle field.The beneficial effect of the utility model is that: the application in a kind of elastic anti-hanging lead head hook single hook body hook tip is equipped with barb, single hook body hook handle is equipped with reverse barb, reverse barb right side is equipped with hook handle fixing ring, hook handle fixing ring upper end is equipped with binding ring, hook handle fixing ring is equipped with elastic counterweight mechanism, elastic counterweight mechanism is equipped with spring fixing ring, elastic counterweight mechanism is equipped with lantern-shaped spring, elastic counterweight mechanism is equipped with half-elliptical pincer body.Obstructive gap can be avoided simultaneously by fish line and lead head hook lead head.

Description

Technical Field

[0001] This invention relates to the field of fishing gear, and more particularly to an elastic anti-snagging lead head hook. Background Technology

[0002] Lure fishing is a recreational fishing method where anglers manipulate the reel, rod, and line in various ways to make the lure exhibit different swimming actions in the water to attract predatory fish, thus achieving the purpose of fishing for entertainment. Predatory fish often rely on small fish and shrimp as their primary food source. Regardless of the water environment, small fish and shrimp like to hide in structured areas on the bottom, such as rocks, reefs, and corals. These places are the preferred feeding areas for predatory fish and also the preferred fishing spots for lure anglers. In such complex underwater structures, typical lures using treble hooks are prone to snagging. Often, anglers opt for the simpler single-hook jig head. Since jig heads are primarily composed of high-density lead, their center of gravity is on the jig head. In actual lure fishing, when using a jig head with a buoyant soft bait, the hook tip faces upwards, and the jig head sinks to the bottom first. When pulling the fishing line, the line and jig head easily get stuck in the structural gaps. This is the main reason for snagging with jig head hooks, not because the hook tip is caught on a structural obstacle. To address this, common solutions include changing the jig head's shape to prevent snagging, such as oval or teardrop shapes, and concealing the hook within the soft bait. However, snagging with jig head hooks still occurs frequently. Currently, there is no solution to design a jig head that prevents both the fishing line and the jig head from simultaneously getting stuck in structural gaps. Utility Model Content

[0003] The utility model of an elastic anti-snagging lead head hook addresses the shortcomings of existing designs by providing and resolving the problems mentioned in the background section. To achieve the above objectives, the utility model employs the following technical solution: an elastic anti-snagging lead head hook comprising a single hook body, a barb at the hook tip, a reverse barb on the hook back, a hook shank fixing ring to the right of the reverse barb, a binding loop at the upper end of the hook shank fixing ring, an elastic counterweight mechanism within the hook shank fixing ring, a spring fixing ring within the elastic counterweight mechanism, a lantern-shaped spring within the elastic counterweight mechanism, and a semi-elliptical clamping body within the elastic counterweight mechanism.

[0004] Preferably, the elastic counterweight mechanism is equipped with a lantern-shaped spring with elasticity.

[0005] Preferably, the elastic counterweight mechanism is an integral ellipse.

[0006] Preferably, the spring retaining ring and the lantern-shaped spring are a single unit.

[0007] Preferably, the semi-elliptical clamp body and half of the lantern-shaped spring are integrally cast.

[0008] This utility model provides an elastic anti-snagging lead head hook with the following beneficial effects: The application is in an elastic anti-snagging lead head hook, with a barb at the hook tip of the single hook body, a reverse barb at the hook shank of the single hook body, a hook shank fixing ring on the right side of the reverse barb, a binding coil at the upper end of the hook shank fixing ring, an elastic counterweight mechanism in the hook shank fixing ring, a spring fixing ring in the elastic counterweight mechanism, a lantern-shaped spring in the elastic counterweight mechanism, and a semi-elliptical clamp body in the elastic counterweight mechanism. Before lure fishing, tie the line to the jig head hook and the loop. Thread the buoyant soft bait from the tip of the jig head to the barb on the shank to complete the jig head rig. Cast the rig into an area with underwater obstacles using the fishing rod. With the jig head's weight and the soft bait's buoyancy, the entire rig will have the hook tip pointing upwards, the spring counterweight downwards, and the semi-elliptical clamp's front spring pointing forward. As you reel in the line evenly, the jig head rig will move at a constant speed in the water when the rod is stationary. When the jig head encounters an obstacle, the tension of the line will cause the front spring to hit the obstacle. The spring's elasticity will then cause the entire rig to automatically and instantly move upwards to avoid the obstacle. As the fishing reel reels in the line, the rod tip moves up and down, causing the jig head to bounce up and down on the bottom. When the jig head encounters an obstacle, the weight of the spring-loaded counterweight mechanism causes the front spring to also hit the obstacle. The spring's elasticity then causes the entire rig to automatically bounce away from the obstacle. When the jig head rig encounters a complex obstacle area, and the jig head and line get stuck in the gap, the right hand holds the rod taut with the line. When the rod tip slightly bends, the left hand repeatedly pulls the line and then quickly releases it. The combined effect of the rod tip's elasticity and the spring force generated by the jig head's counterweight mechanism hitting the obstacle propels the rig and line away from the obstacle, thus preventing snags. Attached Figure Description

[0009] Figure 1 This is a three-dimensional view of the structure of this utility model;

[0010] In the picture: 1. Single hook body; 2. Barb; 3. Reverse barb; 4. Hook shank retaining ring;

[0011] 5. Binding coil; 6. Elastic counterweight mechanism; 7. Spring retaining ring; 8. Lantern-shaped spring; 9. Semi-elliptical clamp body. Detailed Implementation

[0012] A specific embodiment of an elastic anti-snagging lead head hook is as follows: The technical solution of this utility model will be clearly and completely described below with reference to the accompanying drawings of the utility model embodiments. The described embodiments are only some embodiments of this utility model, and not all embodiments.

[0013] Please refer to the attached drawings. This utility model provides a technical solution: an elastic anti-snagging lead head hook includes a single hook body 1, a barb 2 at the hook tip, a reverse barb 3 at the hook shank, a hook shank fixing ring 4 on the right side of the reverse barb 3, a binding loop 5 at the upper end of the hook shank fixing ring 4, an elastic counterweight mechanism 6, a spring fixing ring 7, a lantern-shaped spring 8, and a semi-elliptical clamping body 9.

[0014] In summary, a spring-loaded anti-snag jig head hook first involves casting the jig head rig into an area with underwater obstacles using a fishing rod. Due to the weight of the jig head and the buoyancy of the soft bait, the entire rig is positioned with the hook tip pointing upwards, the spring-loaded counterweight mechanism downwards, and the semi-elliptical clamp's front spring pointing forward. By manipulating the jig head rig in different ways using the fishing rod, reel, and line, it maintains different states in the water. When the jig head encounters an obstacle, the front spring will collide with it, and the spring's elasticity will cause the entire rig to automatically and instantly move upwards to avoid the obstacle. When the jig head encounters a complex obstacle area, and the jig head and line become stuck in the gaps, the right hand uses the fishing rod to tighten the line. When the rod tip curves, the left hand repeatedly pulls the line and then quickly releases it. The combined effect of the rod tip's elasticity and the spring force generated by the jig head's counterweight mechanism colliding with the obstacle causes the rig and line to spring away from the obstacle gap, thus achieving the anti-snag effect. This allows lure anglers to avoid the frequent snagging of jig heads and effectively achieve the goal of fishing for leisure and entertainment.

[0015] The above description is only a preferred embodiment of the present utility model, but the protection scope of the present utility model is not limited thereto. Any equivalent substitutions or changes made by those skilled in the art within the technical scope disclosed in the present utility model, based on the technical solution and applicable inventive concept of the present utility model, should be included within the protection scope of the present utility model.

Claims

1. A spring-loaded anti-snagging hook, characterized in that: A spring-loaded anti-snagging lead head hook includes a single hook body. The hook tip of the single hook body is provided with a barb, and the back of the hook body is provided with a reverse barb. A hook shank fixing ring is provided to the right of the reverse barb. A binding loop is provided at the upper end of the hook shank fixing ring. The hook shank fixing ring is provided with a spring counterweight mechanism. The spring counterweight mechanism is provided with a spring fixing ring. The spring counterweight mechanism is provided with a lantern-shaped spring. The spring counterweight mechanism is provided with a semi-elliptical clamp body.

2. The elastic anti-snagging hook according to claim 1, characterized in that: The elastic counterweight mechanism is equipped with a lantern-shaped spring with elasticity.

3. The elastic anti-snagging hook according to claim 1, characterized in that: The elastic counterweight mechanism is an integral ellipse.

4. The elastic anti-snagging hook according to claim 1, characterized in that: The spring retaining ring and the lantern-shaped spring are a single unit.

5. The elastic anti-snagging hook according to claim 1, characterized in that... The semi-elliptical clamp body is integrally cast with one half of the lantern spring.

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