Lure

Abstract

The invention relates to fishing, in particular, artificial baits, namely, the oscillating lures, and can be used by amateur fishermen while fishing. The lure comprises the elongated body with a weight, an opening for attaching a fishing line and at least one hook. The front, lower or tail portion of the body is provided with a plate holder having a ring at the end, said ring passing with a gap through two openings which are divided by a crosspiece and are arranged in the middle part of the plate on the vertical or horizontal axis at equal proximity to the center of symmetry thereof. The lateral portions of the plate are symmetrically convex (curved) relative to the vertical axis. The plate is fastened in an articulated manner to the ring and can be inclined in different planes from a central position perpendicular to the longitudinal axis of the lure, with the convex (curved) lateral portions of the plate being pointed forward in the direction of the lure movement. The result is a lure that works very effectively and carries out its function at a minimal execution rate, with a wide range of oscillations, namely, from aggressively vibrating oscillations with a high frequency and low amplitude to the oscillations working more gently and at a low frequency with an increase in the oscillation amplitude and without tangling the fishing line around the hook, and which would have ability of providing effective oscillations under condition of changing direction and speed of movement.

Description

technical field [0001] The present invention relates to fishing and in particular to artificial lures, ie oscillating traps, which can be used by amateur fishers while fishing. Background technique [0002] It is known that some species of freshwater predatory fish, such as perch and zander, prefer baits that produce high frequency oscillations. There are known types of traps that produce such oscillations: spinning traps, plastic and silicone traps including Twister traps and Vibrotail traps, among others. However, these baits cause smooth high frequency oscillations which, depending on the fishing conditions, in some cases are not sufficiently attractive for predators and which do not have the distance required to be spread by the trap without being caught. Predators perceive that this is insufficient in terms of intensity. [0003] Based on the above information, several types of artificial traps have been designed, which are capable of producing vibration characteristi...

AI Technical Summary

Problems solved by technology

Thus, this trap design does not allow the development of models that induce the more gradual and widespread oscillations necessary for specific fishing conditions

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