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JP-7856851-B2 - Improved type of artificial lure for sport fishing

JP7856851B2JP 7856851 B2JP7856851 B2JP 7856851B2JP-7856851-B2

Inventors

  • ムジアーニ，アンジェロ

Assignees

  • ムジアーニ アンジェロ

Dates

Publication Date
20260511
Application Date
20230821
Priority Date
20220829

Claims (9)

  1. An artificial lure for sport fishing, created by mechanical and thermal processes, having an elongated cylindrical shape that mimics a live worm , characterized in that the artificial lure has a section that is variable along its axial extension, and is characterized in that it moves slightly below the water surface even without the movement of the fishing line. The aforementioned artificial lure consists of a body and one or more sculptural elements. The aforementioned body is A central core made of two or more synthetic support yarns and one or more welding yarns, wherein the two or more synthetic support yarns are arranged in contact with and parallel to each other and are each made of twisted nylon, the one or more welding yarns are added in contact with and parallel to the two or more synthetic support yarns , and the one or more welding yarns are made of a thermofusible material that melts when the temperature is raised to a threshold of 90°C or higher and returns to a solid state below the threshold, A plurality of chemical fiber segments comprising textured artificial and/or synthetic fibers having variable color tones , wherein the plurality of chemical fiber segments are bonded to the two or more synthetic support yarns and the one or more welding yarns by mechanical grip resulting from winding the two or more synthetic support yarns and the one or more welding yarns , Includes, The one or more molding elements have a spherical/spheroidal or cylindrical shape with a perforation for fitting concentrically into the body, and have a perforation diameter shorter than the length of the body and smaller than the section of the body to which the one or more molding elements are attached, and i. Absorbent materials suitable for retaining aromatic substances, ii. Characterized by being prepared using either a synthetic or natural non-absorbent material, or iii. a metallic material . Artificial lure.
  2. The artificial lure according to claim 1, wherein the numerous chemical fiber segments are made of artificial and/or synthetic fibers made of textured nylon, to which a yarn made of polyester sliver is added .
  3. The artificial lure according to claim 1 , wherein the numerous chemical fiber segments are made up of artificial fibers and/or synthetic fibers , with a portion of chemical fibers derived from recycled plastic added for the purpose of determining the difference in buoyancy of one or more sections of the body of the artificial lure.
  4. a. The two or more composite support yarns and the one or more welding yarns, arranged to be in contact with each other, are connected at a common vertex and coupled to a rotating spindle. b. The two or more synthetic support yarns and the one or more welding yarns are arranged in contact with the numerous segments of chemical fibers, c. The rotating spindle is rotated such that the twists of the two or more synthetic support yarns and the one or more welding yarns wrap around and secure the numerous chemical fibers in a perpendicular direction. d. A cutting process is applied to the numerous chemical fiber segments fixed on the two or more synthetic support yarns and the one or more welding yarns, along the axial elongation of the two or more synthetic support yarns and the one or more welding yarns, the cutting process being performed to determine the final shape of the body of the artificial lure along the axial elongation of the artificial lure, e. The body is subjected to a thermal process at a temperature of 90°C or higher to melt one or more welding yarns made of the heat-soluble material, thereby allowing the melt to incorporate the numerous chemical fiber segments into the support yarn. f. The body is cooled until the heat-soluble material solidifies. g. The body is cut to the appropriate length, h. The body is fitted concentrically into the holes of one or more of the molding elements. A method for realizing the artificial lure described in claim 1.
  5. Prior to the insertion step for adding one or more of the aforementioned molding elements, a. The body is fitted into the mold , b. The injection and/or casting process partially and/or completely covers the body with heated and molten silicone and/or thermoplastic material. c. The mold is cooled and the body is removed. The method according to claim 4, with an additional process added.
  6. The artificial lure according to claim 1, wherein the one or more shaping elements include mechanical joints to additional components of the artificial lure.
  7. The artificial lure according to claim 1, wherein the one or more sculptural elements give the body of the artificial lure a sinking or floating property when it is in water.
  8. The artificial lure according to claim 1, wherein the artificial lure is integrated with silicone and/or a thermoplastic material and as a whole represents an artificial lure for sport fishing.
  9. One end of the artificial lure is a. Mechanical pins , b. Spring, c. Perforated spring , or d. Hollow screw , The artificial lure according to claim 1, further comprising a connection consisting of a mechanical joint which is used selectively.

Description

This invention is disclosed within the scope of products used in the field of sport fishing applications, and in this case, within the scope of artifacts that mimic the characteristics and underwater movements of prey of a particular type of fish fauna. Sport fishing is an activity conducted in the sea, lakes, and rivers, and has spread worldwide to such an extent that it has created a complex and interconnected system of technologies, equipment, products, and services, generating high profits and opportunities related to the management of the overall process. The distinctions between the various techniques and equipment used in sport fishing can first be based on the natural conditions in which they are used: on one hand, there is sport fishing in the sea, which generally utilizes large boats and equipment (fishing rods, reels, lines, bait, etc.), and as a result, is designed to handle the expected size of catches. Furthermore, sport fishing activities take place in both freshwater lakes and rivers, where the morphological differences in prey resulting from the environmental diversity compared to marine environments lead to the use of lighter, more specialized equipment on average. Moreover, the feeding techniques of various fish, developed through decades of refinement, have diversified accordingly. While all recreational fishing techniques are adapted to their respective environments, these techniques can also be further distinguished: on the one hand, there is natural bait fishing, where the bait is represented by organisms collected from the natural surrounding environment or the fish's feeding habitat; on the other hand, there is artificial bait fishing. Fishing with artificial bait consists of using bait created to mimic natural bait by selectively combining materials and techniques, often developed to enhance the characteristics that can stimulate the predatory instincts of fish species, for each type of fish. One example of the diverse choices involved in creating bait is what is called an "artificial fly" used in fly fishing techniques. This is an insect imitation constructed on the shank of a small fishing hook. In fly fishing, a specialized and flexible casting rod is used to spread a heavy, specialized line called a "tapered leader," which gradually narrows towards the front, first through the air and then into the water. This tip section of the tapered leader is further joined to a transparent nylon end to which an artificial fly is tied. Artificial flies mimic one or more stages of an insect's life cycle in water, or common insects or small animals that may inhabit the vicinity of a lake or river. Such insects are common prey for the fish fauna, and therefore, the fish fauna prey on the bait without distinguishing it from real insects. Another area of freshwater sport fishing, for which there are several types of specialized lures, is fishing for the trout perch, also known as the "black bass." Trout perch are medium-sized, plump fish that primarily inhabit lakes and ponds with calm currents. Their capture is characterized by the ferocity of their attacks on bait when they occur at the surface, and the rapid retrieval phase on the fishing line and rod, making them a very popular target for anglers worldwide. The trout perch's diet includes insects, worms, fish, shrimp, leeches, small frogs, and all kinds of life forms that inhabit the waters where trout perch live. Generally, they are aggressive towards anything that intrudes on their environment. This characteristic has led to the creation of a range of highly decorative artificial lures designed to stimulate their predatory instincts. In fact, highly active trout perch will often attack any object that falls into the water and disrupts the tranquility of their natural environment. Naturally, depending on temperature, the season, and food availability, the hunting activity of trout perch is not limited to the surface but also occurs in deeper waters. However, unlike many other fish, perch trout behavior has a remarkable unpredictability, so sport anglers need to have a wide variety of baits in their lure collections to understand how to interpret the variations in the aforementioned animal's predatory behavior on a daily basis. Patent Document 1 discloses a worm-shaped artificial lure, a typical lure for perch trout, made of a flexible synthetic material, and all of its different structural forms possess a special asymmetrical characteristic ([Figure 1] - Prior Art). This asymmetrical characteristic generates a series of movements and vibrations sufficiently specific to attract perch trout when the bait is retrieved from the line in water. To date, the category of worm-shaped lures or their imitations has a vast array of variations, all of which are considered capable of eliciting some degree of predatory behavior from perch trout. For example, the Japanese manufacturer YAMAMOTO (Non-Patent Literature 1) offers a series of artificial trout l